Eleven rammed-earth buildings from around the world

This article highlights eight architectural projects from around the world that utilize glass bricks and blocks to enhance natural light, privacy, and aesthetic appeal. Glass bricks, which gained popularity in the 1930s, are experiencing a resurgence in modern architecture due to their ability to create luminous facades, internal partitions, and intriguing patterns of light and shadow. The selected projects demonstrate diverse applications of this material, ranging from residential homes to commercial spaces and greenhouses. The Optical Glass House in Japan, designed by Hiroshi Nakamura, features a shimmering glass-brick facade that encloses a residence on a busy street in Hiroshima. Approximately 6,000 bespoke glass blocks provide privacy while allowing diffused views and casting dynamic light patterns onto a tree-filled courtyard. The Brest Post Office renovation in France by Chatillon Architectes integrated glass bricks into the extension of a 1950s post office converted into flats, giving the building a contemporary quality alongside concrete and wooden elements. In Chile, Max Núñez Arquitectos' Casa de Vidrio uses square glass blocks to form vaulted roofs for a greenhouse. These blocks refract light, creating a warm environment suitable for tropical plants without direct sun exposure. Delmulle Delmulle Architecten's Glass Brick House in Belgium, situated on a narrow, enclosed plot in Ghent, employs a glass-brick facade to maximize natural light within the three-story home, addressing the challenge of limited window space. The Glass Fortress in Thailand, by Archismith, serves as an entrance pavilion for a sales office in Bangkok. Its facade comprises 20,000 rectangular glass bricks, which reduce the feeling of claustrophobia within the eight-meter-high walls and block out external noise. MVRDV's Crystal Houses in the Netherlands feature a partially transparent facade made from hundreds of glass bricks and transparent high-strength glue, creating the illusion of a dissolving wall that merges with existing terracotta brickwork, offering an alternative to a traditional shopfront. Remi Connolly-Taylor's self-designed Maryland House in the UK incorporates a tower of square glass blocks to enclose a red staircase. This design maximizes natural light while maintaining privacy and light standards for adjacent properties. Finally, ROOM+ Design & Build's Glass-Block Micro House in Vietnam involved renovating a compact house and shop in Ho Chi Minh City, replacing two street-facing walls with translucent glass blocks. At night, the house transforms into a sparkling lantern, enlivening the neighborhood. These projects collectively illustrate the versatility and renewed appeal of glass bricks in contemporary architecture for their functional and aesthetic benefits. #GlassBricks #ArchitectureDesign #NaturalLight #Privacy #FacadeDesign #GreenhouseDesign #ResidentialArchitecture #CommercialArchitecture

This article presents a comprehensive list of 41 famous buildings from around the world, offering inspiration for creative individuals and potential travel plans. It highlights the architectural marvels, their historical significance, and unique design elements that make them stand out. The list includes both ancient structures and modern constructions, showcasing a diverse range of styles and purposes. The first entry is Notre Dame in Paris, recognized for its recent restoration following the 2019 fire. The article notes its history of destruction and reconstruction since 1160 and the commitment to rebuilding its spire as it was, requiring extensive oak resources. Following this is the Jeddah Tower, an uncompleted skyscraper in Saudi Arabia set to be the world's first structure exceeding one kilometer in height, with an anticipated completion in 2028. Its design, by Adrian Smith + Gordon Gill Architecture, draws inspiration from desert plant growth and will house various amenities. The Robot & AI Museum (RAIM) in Seoul, opened in 2024, is featured for its contemporary focus on technology and its striking egg-like design, with its construction itself serving as an exhibition involving robots and 3D printing. Beijing Daxing International Airport, dubbed 'the starfish,' is highlighted for its massive scale, aesthetic appeal, and functional design by Zaha Hadid Architects, aimed at optimizing traveler experience since its completion in 2019. Other notable entries include the Guggenheim Museum Bilbao, a Frank Gehry masterpiece of curved lines and glittering tiles from 1997, and Barcelona's Sagrada Familia, Antoni Gaudí's basilica still under construction since 1882, known for its extravagant mix of architectural styles. The Palace of Versailles in France, a former royal residence, is discussed for its historical grandeur and recent role in the Paris 2024 Olympic Games. The Heydar Aliyev Center in Baku, Azerbaijan, another work by Zaha Hadid, is praised for its flowing lines and optimistic design completed in 2012. The Cathedral of Brasilia, designed by Oscar Niemeyer and Lúcio Costa, is noted for its curved, crown-like structure and stained glass. The Harpa Concert Hall in Reykjavik, a collaboration between Olafur Elíasson and various architects, is recognized for its crystalline shell that plays with light and color. The Milwaukee Art Museum, an architectural complex with contributions from Eero Saarinen, David Kahler, and Santiago Calatrava, is mentioned for its iconic Quadracci Pavilion. The Forbidden City in Beijing, a sprawling imperial palace complex, is acknowledged as a UNESCO World Heritage Site with a vast collection of ancient wooden structures. Prague's 'Dancing House' by Vlado Milunić and Frank Gehry is singled out for its deconstructivist, dynamic form. The Great Mosque of Djenné in Mali is presented as a significant cultural landmark built from earth bricks. The Lotus Temple in New Delhi, a Baháʼí House of Worship, is noted for its lotus-petal design and high visitor numbers. Himeji Castle in Japan, Cologne Cathedral in Germany, the Dome of the Rock in Jerusalem, La Pedrera in Barcelona, St Paul's Cathedral in London, the Petronas Towers in Kuala Lumpur, The White House in Washington, The Leaning Tower of Pisa, The Kaaba in Mecca, The Shard in London, Las Lajas Sanctuary in Colombia, St Basil's Cathedral in Moscow, the Empire State Building in New York, Lloyd's Building in London, The Colosseum in Rome, Taj Mahal in Agra, Chrysler Building in New York, Sydney Opera House, Space Needle in Seattle, Hagia Sophia in Istanbul, Buckingham Palace in London, Fallingwater in Pennsylvania, Pantheon in Rome, Chengdu Science Fiction Museum, Burj Khalifa in Dubai, and the Sistine Chapel in Vatican City are also included, each with a brief description of their unique attributes and historical context. #FamousBuildings #Architecture #CreativeInspiration #WorldTravel #DesignHistory #ModernArchitecture #AncientWonders #CulturalLandmarks

This article highlights ten buildings that utilize decorative brick facades to create unique and visually engaging exteriors. Bricks, a globally prevalent building material, are showcased not just for their structural integrity but also for their versatility in aesthetic applications. The inherent small, rectangular shape of bricks allows for diverse decorative effects, including variations in color, complex forms, intricate patterns, and strategic perforations. The featured projects demonstrate a wide array of architectural styles and functions. The Gadi House in India, by PMA Madhushala, features a facade of protruding and perforated bricks over a stone base, designed to ventilate the home and minimize the need for mechanical cooling. At the Kitrvs winery in Greece, ETH Zürich researchers used an "augmented bricklaying" technique to create a semi-transparent facade of over 13,000 individually rotated and mortared bricks, mimicking the movement of light on liquid. The Arches in the UK, by The DHaus Company, incorporates layers of red-brick slips forming arches that frame doors and balconies, paying tribute to nearby Victorian railway architecture. Wallmakers' Pirouette House in India employs the rat-trap bond technique to construct curved and twisting brick walls that animate the facade while concealing structural elements. Bureau de Change's The Interlock in London showcases matte blue bricks that appear to swell around its windows, utilizing 5,000 bespoke bricks in 44 shapes and sizes, meticulously modeled and templated for precise arrangement. Museum de Lakenhal in the Netherlands, designed by Happel Cornelisse Verhoeven and Julian Harrap Architects, features concertina-style folds and bricks set at varying angles, evoking woven textiles and referencing the site's history as a fabric factory. Kohan Ceram, the headquarters of a brick manufacturer in Tehran by Hooba Design Group, presents a six-storey facade with bricks incorporating circular glass inserts, forming distinctive patterns alongside protruding brick blocks. In Vietnam, CTA's Wall House utilizes hole-punctured bricks, seemingly haphazardly stacked, to create a tactile, irregular surface that also funnels air and sunlight into the multi-generational home. Studio Lotus's Krushi Bhawan government building in India features an elaborate brick facade made from three different colored clays, arranged to emulate the traditional Odisha Ikat dyeing technique. Finally, the Shah Muhammad Mohshin Khan Mausoleum in Bangladesh by Sthapotik is defined by six red-brick turrets with perforated tops for natural ventilation, elevated on a brick platform to mitigate flood risks. These examples collectively illustrate how brick, beyond its fundamental utility, can be transformed into an expressive architectural element, contributing significantly to a building's aesthetic identity, environmental performance, and cultural narrative. #BrickFacades #ArchitecturalDesign #ResidentialArchitecture #SustainableDesign #BuildingMaterials #InnovativeConstruction #CulturalReferences #ArchitecturalRoundup

This article explores the aesthetic and functional versatility of concrete in modern home design, showcasing eleven distinct residential projects from the archives of *Belle* magazine. Concrete, often perceived as a cold, utilitarian material, is presented here as a sophisticated element that can provide an industrial-chic foundation for diverse interior styles and create a sense of timelessness. The featured homes illustrate various applications of concrete. One example highlights a curvaceous concrete facade designed by Samantha McKenzie and executed by Leeton Pointon architects + interiors, emphasizing a sturdy and sensorial architectural approach. Another project, a beach house conceived by Brett Mickan, incorporates oak and polished concrete stairs, with the concrete tinted a taupe shade to harmonize with the surrounding sandstone cliffs. Fiona Lynch's design for a Williamstown home utilizes poured concrete floors with darker 'pebbles,' creating an unexpected texture and character, in combination with solid oak and stone for longevity. Further examples demonstrate concrete's ability to foster warmth and a zen-like atmosphere when paired with materials like American oak, as seen in a home by Ray Demkiw of Schulberg Demkiw Architects. SLAB Architecture’s space-saving home integrates raw concrete and steel with natural finishes, blurring the lines between exterior and interior materials. A penthouse apartment designed by Adam Haddow and BKH features concrete walls and ceilings complemented by American oak flooring, while Pamela Makin's coastal home employs concrete floors and walls in the bathroom to achieve an industrial-chic aesthetic. Matt Gibson's modernist house combines concrete, stone, timber, and steel to form a robust industrial palette. Architects Kerry Phelan and Stephen Javens transformed a military building’s garage into a home, where concrete plays a subtle role, with a hidden courtyard at the entrance. Neil Cownie’s concrete house utilizes matt cement and ribbed timbers to establish a specific mood. Finally, a home by Luigi Rosselli Architects and Alwill incorporates an elliptical concrete staircase, connecting its three levels and basement garage. Across all these examples, the consistent theme is concrete’s capacity to be both a dominant architectural feature and a harmonious backdrop, proving its adaptability and enduring appeal in contemporary residential architecture. #ConcreteHomes #ModernArchitecture #IndustrialChic #InteriorDesign #HomeTours #ArchitecturalDesign #Materiality #ContemporaryHomes #AustralianDesign #RenovationIdeas

This article explores ten unique homes that showcase the architectural technique of cantilevering, a design element popularized by Frank Lloyd Wright. Cantilevered structures create living spaces that appear to defy gravity, extending outwards and often dramatically over challenging terrains. The Bolton Residence, designed by \_naturehumaine, is a vacation home in an Eastern Quebec forest. Its geometric silhouette reinterprets classic gable roof barns with a contemporary twist. The architects utilized a narrower first-floor envelope and a wider, cantilevered upper level to manage a tight budget and steep terrain, minimizing excavation while creating a sculptural appearance. A centralized, multi-purpose fireplace acts as storage, a TV stand, and a staircase guardrail. The Balancing Barn, by MVRDV and Mole Architects, is a stainless steel-clad structure in Suffolk that projects 18 meters out and five meters off the ground, showcasing an extreme example of cantilevering. Midden Studio, a zinc-clad artist's studio by Studio Weave on the Scottish coast, floats over a stream. The design incorporates a "light soffit" to maximize views, and its cantilever increases internal volume without expanding the ground footprint. The studio, built with prefabricated materials to overcome remote site challenges, features a custom embossed standing seam zinc system. Altaïr House, by Bourgeois/Lechasseur Architects, features an upper level that juts out over the lower level, allowing the living room to integrate with surrounding trees and offer water views. This design enhances the connection between the interior living space and the natural environment. The Norwegian Sea Cabins, designed by Snorre Stinessen, are rentable glass cabins on Manshausen Island, Norway, that offer an immersive experience with nature. One cabin cantilevers from a natural ledge, providing a comfortable shelter that exposes visitors to the elements. These cabins feature two layers of larch wood construction with custom glazing, and strategically placed large glass expanses frame planned views. Aleph House, by Siegman Associates in Asheville, North Carolina, incorporates a modest cantilever from its second floor, inspired by the Hebrew alphabet's first letter. The lower level, with studios and guest rooms, blends into the natural contours, and a retractable door connects a woodworking studio to an outdoor workspace. The cantilevered second floor houses the communal living space. Crane Blvd, by Anonymous Architects, features two side-by-side residences on tiny, precipitous lots in Los Angeles. The architects stacked two stories on concrete pile foundations and used bay windows to extend the living space. The homes, while having identical floor plans, are offset and vary subtly in size and height to ensure privacy. Cantilever House, a prefab home by Anderson Anderson Architecture in the Washington wilderness, uses a steel frame on a concrete foundation bolted to a rock. This allowed the entire structure to cantilever, orienting the house towards waterfalls. The house provides a robust retreat from harsh weather, offering ample opportunities for outdoor activities. The Berkshire House, designed by Framework Architecture, is a cantilevered cabin on a rock outcropping with a 20-foot drop, creating a treehouse effect. Its south face is almost entirely glass, with a roof canopy to manage solar gain. The exterior uses knotted pine planks to manage costs. Finally, Sandpath, an Oxford home by Adrian James Architects, uses a modest cantilever over a concrete wall to create a striking entrance. The house, built with structural insulated panels and an integrated steel frame, features a bedroom and family bathroom on the upper level that extend into the cantilevered façade. This design element adds lightness and drama to the home’s approach. #CantileveredHomes #ArchitecturalDesign #ModernArchitecture #HomeTours #StructuralInnovation #ResidentialDesign #UniqueHomes #BuildingTechniques

In the remote Pilbara region of Western Australia, a new architectural project known as “The Great Wall of WA” features a zig-zagging rammed earth structure housing 12 residences. Designed by architect Luigi Rosselli, this 230-meter-long wall is considered the longest rammed earth wall in Australia and potentially the Southern Hemisphere. The design leverages the Earth's natural cooling properties, embedding the homes beneath the rocky red soil to offer protection from the intense heat of the arid climate. This collective housing project, initially conceived as guest houses for a century-old family cattle station, demonstrates the effectiveness and aesthetic appeal of earth-sheltered architecture. It was recognized as a finalist in the Australian Institute of Architects Western Australia architecture awards and won "best housing project" in ArchDaily's Building of the Year contest in 2016. The residences are accented by Cor-Ten steel canopies and are stepped to ensure privacy, with only their verandahs visible from the exterior. These awnings are strategically placed to prevent direct sunlight from entering the interiors through the glass doors. The complex also includes an oval chapel, positioned on an artificial dune overlooking the family cemetery, with its roof matching the Cor-Ten steel canopies of the residences. The back of each guest house leads to a communal meeting area and lounge, featuring a pergola constructed from old drilling pipes. The chapel, drawing inspiration from the Pantheon of Rome, is oriented eastward and includes a glass-covered oculus. Its curved glass windows can be opened to the elements or closed to protect against dust storms. The firm highlights that the 450-mm thick rammed earth facade and the sand dune covering the rear and roofs of the residences provide exceptional thermal mass. This design makes the homes naturally cool in the subtropical environment, offering a significant improvement over traditional corrugated metal shelters commonly found in remote North Western Australia. The construction materials, including rammed earth sourced from local clay pans and pebbles and gravel from the river bed, integrate seamlessly with the natural landscape. The interiors, designed by Sarah Foletta, feature a restrained, natural, and robust selection of materials and furniture, contributing to a comfortable living space naturally cooled by the earth walls and the meter-deep sand hill. The rammed earth construction process involves filling a framework with damp earth and compressing it, resulting in a strong, naturally pigmented, and beautifully striated wall. While rammed earth alone may not offer optimal thermal performance, its combination with earth-sheltering creates a sustainable solution that utilizes abundant local resources and minimizes the need for mechanical heating and cooling systems, showcasing an innovative approach to remote Australian architecture. #RammedEarthArchitecture #EarthShelteredHomes #SustainableDesign #AustralianArchitecture #LuigiRosselli #PilbaraRegion #EcoFriendlyHomes #ThermalMass #CorTenSteel

This blog post compiles ten distinct residential projects that utilize stilts to elevate their structures, showcasing a variety of architectural solutions to challenging topographies and environmental considerations. The article emphasizes how this architectural approach enables construction in otherwise uninhabitable sites such as lakes, steep slopes, and coastal areas, thereby fostering a closer connection between inhabitants and nature while minimizing environmental impact. The piece also highlights the increasing relevance of stilt architecture in the face of climate change, particularly in enhancing resilience against rising sea levels and more frequent flooding, as indicated by recent reports from the Intergovernmental Panel on Climate Change (IPCC). The first example, Redshank in the UK by Lisa Shell, features a cross-laminated timber cabin protected by untreated oak and cork panels, elevated on three galvanized steel legs painted red, a tribute to the local wading bird. Stepping Stone House in the UK, by Hamish & Lyons, is an extension built over a lake, allowing swimmers beneath its white corrugated floor deck, supported by Y-shaped glue-laminated timber columns and featuring exaggerated eaves. In the Czech Republic, Šépka Architekti's House in the Orchard is a three-storey, bulbous home propped on a reinforced-concrete stalk and covered in polyurethane to resemble a rock formation, with a birch plywood interior. Cabin Lille Arøya in Norway, by Lund Hagem, is a boat-accessible summer home on a small island, balanced on slender stilts to navigate craggy boulders. Its black exterior blends with the surroundings, while the interior uses raw concrete and rough-sawn pine. Malan Vorster's Tree House in South Africa consists of four cylindrical towers on stilts, offering forest views from a sloped site, with Corten steel legs acting as structural columns and red cedar battens adorning the exterior. Viggsö in Sweden, by Arrhov Frick Arkitektkontor, is a timber-framed cabin lifted into the treetops by wooden legs, providing views of the Stockholm archipelago and featuring a white corrugated metal roof extending to a translucent plastic-covered terrace. The Building Descending the Stairs in Italy, by ElasticoFarm and Bplan Studio, is an apartment block elevated on angular metal stilts, designed to maximize sun exposure and offer views of the Venetian Lagoon, with each of its 47 flats having a private outdoor space. Brillhart Architecture's Stewart Avenue Residence in the USA addresses rising sea levels by integrating stilts as a deliberate architectural element, using a combination of skinny galvanized steel pipes and hollow concrete columns for utility rooms. Manshausen 2.0 in Norway, by Stinessen Arkitektur, comprises raised holiday cabins in the Arctic Circle, perched on metal stilts above a rocky coastal outcrop to withstand projected sea level rises, with aluminium panels protecting the CLT frame. Finally, Dock House in Chile, by SAA Arquitectura + Territorio, is a pine-clad home near the Pacific Ocean, elevated on a structural wooden plinth and diagonal pillars that vary in height to maintain a level floor on uneven terrain, providing ocean views. These projects collectively demonstrate the versatility and environmental benefits of stilt architecture, offering innovative solutions for diverse geographical and climatic challenges. #StiltArchitecture #ResidentialDesign #ClimateChangeResilience #SustainableArchitecture #CoastalHomes #InnovativeHousing #EnvironmentalDesign #ModernArchitecture #BuildingOnSlopes

The Rammed Earth House, a finalist for the Terra Award 2016, represents a sustainable architectural endeavor in Ayerbe, Spain, designed by Edra Arquitectura km0. The project aims to rekindle community interest in sustainable building practices that are deeply integrated with the local environment, drawing inspiration from traditional Aragonese earthen structures. Its design incorporates vernacular architecture principles concerning orientation, morphology, and the use of locally sourced materials. Technical advancements were integrated into the traditional rammed earth construction method. For instance, straw was added to the earth mixture to enhance its thermal performance. The architects prioritized low-tech, low-energy, and low-impact materials and building systems. Approximately 80% of the building's mass, including earth, stone, and straw, is derived from local sources. A life cycle analysis conducted from 'cradle to gate' indicated a 50% reduction in CO2 emissions compared to conventional construction. This approach underscores a commitment to environmental responsibility throughout the construction process. The upper floors of the house feature 45cm thick earthen walls, with timber decks supporting the living spaces. The interior and exterior lime plaster utilized the local "calicostrado" technique. A standardized wooden formwork system was employed, which was continuously mounted and filled, streamlining the construction process. Mechanization was introduced to improve both execution efficiency and economic viability. Interior partitions are finished with local clay plasters, and the floors comprise unidirectional swan timber with pine wooden planks for beam fillings. Thermal insulation is a key feature of the house. The roof is insulated with 20cm of sheep's wool to mitigate heat loss in winter and prevent overheating in summer. Inner wooden floors are insulated with natural cork boards. South-facing windows are equipped with heavy interior curtains and exterior wooden roller shutters to manage solar gain and provide shade. For water management, a cistern buried in the patio collects and reuses rainwater. Heating and domestic hot water are provided by a biomass boiler. This modern earth house exemplifies how efficient vernacular architecture principles can be combined with contemporary techniques to foster a reconnection between humans and nature, contributing to a more sustainable architectural future. #RammedEarth #SustainableArchitecture #VernacularDesign #TerraAward #EcoFriendlyBuilding #LocalMaterials #ThermalInsulation #BiomassHeating

The increasing problem of post-consumer waste is being addressed by a growing number of companies that are transforming discarded materials into durable, cost-effective building materials. This approach not only helps in diverting waste from landfills but also offers sustainable alternatives for construction and home improvement. One such innovation is Frost King No-Itch Multi-Purpose Insulation, crafted entirely from recycled denim. This insulation provides cushioning and noise dampening, with an R-value of 4, and is non-irritating, eliminating the need for protective gear during installation. It is also resistant to mold, mildew, and fire, making it a safe and eco-friendly option for various applications. Econyl, an innovative nylon yarn produced from post-consumer waste like fishing nets and textiles, is gaining traction in the carpet industry. Companies such as Milliken are utilizing Econyl to create carpet tiles. The process, developed by Aquafil, chemically recycles nylon 6 molecules into their monomer state, allowing for infinite reprocessing without quality degradation. For countertops, IceStone offers a sustainable alternative to traditional terrazzo. Instead of quarried stone, IceStone uses post-consumer glass from industrial recycling facilities, diverting approximately a million pounds of glass from waste streams annually. This glass is ground, combined with Portland cement and non-toxic pigments, to create heat and scratch-resistant surfaces. Jelinek Cork Mosaic Flooring reuses wine corks that are rejected during quality control. These castoff corks are sliced and arranged into mosaic tiles, which are dense, naturally hypoallergenic, and resistant to surface moisture. This flooring can be installed similarly to ceramic tile. Ceilume Tiles are another eco-chic option, made from 100 percent recycled plastic manufacturing scrap. The company practices a closed-loop system by recycling its own production waste and taking back scrap from customers. These thermoformed ceiling tiles offer a stylish and sustainable choice for home decor. DeckTop Rubber Deck Tiles are manufactured from 100 percent post-consumer waste tires by EMC. These lightweight, slip-resistant, and puncture-resistant tiles are available in 17 colors, providing a durable solution for outdoor spaces. Amazon Environmental Paint addresses paint waste by recycling good-quality surplus paint into recycled-content latex paint for interior and exterior use. Non-reusable paint is further processed into Processed Latex Pigment, which is used in cement manufacturing. In drainage systems, Advanced Drainage Systems produces Mega Green Drainage Pipe using up to 60 percent post-consumer recycled high-density polyethylene (HDPE). This initiative has diverted over a billion pounds of plastic from landfills. Ecoasis Nex Roof Shingles from Malarkey Roofing Products incorporate end-of-life tires and 3M Smog-Reducing Granules. This innovation not only reduces landfill waste but also contributes to air quality improvement. Saturn Materials Masonry uses alkali ash material, a fly ash-based cement, to create bricks, veneers, pavers, and structural blocks. By incorporating fly ash, a problematic combustion waste material, Saturn Materials helps mitigate environmental issues while enhancing the strength and stability of their products. Lastly, FilterPave Driveways utilize tumbled pebbles of post-consumer recycled glass. This material is highly porous, helping to filter pollutants from stormwater and prevent erosion, while offering a comparable lifespan to asphalt. #RecycledBuildingMaterials #SustainableConstruction #EcoFriendlyHome #WasteDiversion #Upcycling #GreenBuilding #HomeImprovement #MaterialInnovation #CircularEconomy

Brick flooring, an age-old building material, has resurfaced as a popular design choice, offering a blend of durability, low maintenance, and aesthetic appeal. Originating from Ancient Egypt and gaining widespread use during the Industrial Revolution due to mass production, bricks are now celebrated for their practical benefits and versatile design potential. Brett Ward, General Manager of International Marketing at Brickworks Building Products, highlights several key advantages of brick. Bricks are inherently maintenance-free, resisting fading, rotting, and rusting, which makes them a long-lasting option for both interior and exterior applications. Their high thermal mass contributes to energy efficiency, helping to regulate indoor temperatures. Additionally, unlike many other flooring materials, bricks do not require painting, special coatings, or varnishes to maintain their appearance or protect against wear and tear. This inherent resilience ensures that brick floors age gracefully, developing a unique patina over time, as noted by architect Benn + Penna. Modern brick manufacturing offers a vast array of colors, shapes, and styles, including innovative options like Venetian glass bricks. This diversity allows architects and designers to integrate bricks creatively into various home aesthetics, fostering seamless transitions between indoor and outdoor spaces. The article showcases 12 distinct examples of brick flooring in residential settings, illustrating the material's versatility and enduring charm. One example features a kitchen with timber joinery and brick floors laid in a herringbone pattern, recognized as a finalist in the Australian House & Garden Top 50 Rooms awards. Another instance highlights an interwar bungalow where the consistent use of bricks, both inside and out, along with a similar-toned mortar, creates a cohesive, monolithic feel in an extension. For a Mornington Peninsula family's escape from city life, rugged raw finishes of brick and concrete provide a low-maintenance interior, complemented by vibrant furniture and contemporary art. Brick floor tiles proved popular on 'The Block 2022' for their practicality and style in high-traffic areas like laundries and mudrooms, offering numerous laying patterns. Artist Prudence Oliveri's mid-century modern-inspired home incorporates rustic original brick floors, adding a unique patina and charm. In a Melbourne period home extension, dusty-purple brick floors, laid in alternating face and side rows, were inspired by the existing dark bricks, demonstrating thoughtful design integration. A sustainable cottage renovation in country Victoria utilized reclaimed brick pavers from a skip for the bathrooms, emphasizing eco-friendly design and character. At Old Bong Bong Farm, a herringbone brick floor in the sunroom offers both beauty and functionality, capable of withstanding heavy use. A large corner block in Perth features herringbone brick flooring as a primary design element in a dream home, reflecting a desired aesthetic. Lastly, a unique 'bush modernism'-inspired home in Melbourne retained its dark terracotta brick flooring during renovation, contributing to the desired earthy palette, and former 'Block' contestants Josh and Jenna incorporated brick flooring in their compact cottage, underscoring its worthwhile benefits despite initial research into installation complexities. The various applications demonstrate how brick flooring can enhance diverse architectural styles and functional needs while providing timeless appeal. #BrickFlooring #HomeRenovation #InteriorDesign #DurableMaterials #ThermalMass #ArchitecturalDesign #HomeDecor #BuildingMaterials

Rammed-earth construction, a technique thousands of years old with origins in China and the Iberian Peninsula, offers numerous benefits for contemporary home building. Examples such as the original rammed-earth sections of the Great Wall and the Alhambra palace in Spain demonstrate its historical durability. This method is favored by Terrell Wong, principal of Stone’s Throw Design, due to its low embodied energy, recyclability, high thermal mass, low energy loads, and non-toxicity. Wong highlights its longevity, stating that a rammed-earth house can last 500 years or more, requiring no painting. These walls function as the structure, insulation, finish, and thermal mass of a building. The construction process involves creating panels approximately 11.5 feet long from a mixture of 20% to 30% clay and sand, with 5% to 10% cement. In colder, wetter climates, a silicate-based waterproofing agent is often incorporated. Walls are built in layers, or lifts, where one foot of material is placed into formwork and compressed to six inches using a pneumatic tamper. The forms, typically made of HDO plywood and lumber, are about 20 inches wide and 4 feet tall. When constructing walls longer than a single panel, a recess on one end of the first panel allows the subsequent panel to interlock, ensuring structural integrity. Conduit for plumbing and electrical wiring must be planned precisely, as these cannot be altered once the wall is erected. Rammed-earth walls are typically dry and load-bearing within 24 hours, exhibiting compressive strength comparable to concrete, usually between 1600 psi and 1800 psi for 2-foot-thick walls. Rammed earth is particularly effective as a thermal mass, absorbing and storing solar radiation during the day and re-radiating it at night. This property helps maintain consistent indoor temperatures and humidity levels, reducing reliance on mechanical heating and cooling systems. Many modern rammed-earth homes are hybrids, combining rammed earth with other construction methods like stick or timber-frame walls, or even straw-bale construction for upper floors. Cross-laminated timber (CLT) panels can also be used for roofs. Wong frequently integrates rammed earth for interior partition walls as well. A case study highlights a single-family home designed by Wong in a rural, woodland setting. This home incorporates Passive House strategies, maximizing the thermal mass of rammed earth, harnessing southern light, and utilizing cross breezes for passive ventilation. The effective natural cooling eliminates the need for mechanical air conditioning, and the house consumes only about 20 kW of heat annually. The exterior walls, composed of 530 tons of material with two 6-inch wythes of rammed earth sandwiching 6 inches of insulation, benefit from locally sourced materials, resulting in exceptionally low embodied energy. Recycled wooden formwork was also repurposed for interior use. Beyond energy efficiency, rammed-earth walls offer soundproofing qualities due to their thickness. The absence of organic matter in the material prevents mold growth, contributing to superior indoor air quality. Sylvia Cook, principal of Aerecura Rammed Earth Builders, emphasizes that the thermal mass benefits are equally significant in both hot and cold climates, stabilizing internal temperatures. The technique remains a fringe method in many regions, including Canada, primarily due to a lack of awareness and specific building codes in North America. While other countries like Australia and New Zealand have formalized codes, in Canada, practitioners demonstrate compliance by showing rammed earth's similarity to concrete or concrete block, often incorporating rebar in colder, wetter climates and recycled polyiso insulation to minimize thermal bridging. The aesthetic appeal of rammed-earth walls is characterized by earth-toned striations, created by adding pigment to the cement and allowing the ramming process to push colors to the visible outermost layer. The amount of material in each layer can be varied to enhance these natural color patterns. While complex designs with curved or angled walls can increase costs due to the labor-intensive nature of the method, Wong has successfully applied rammed earth to affordable housing projects by simplifying the design and formwork. Test cylinders filled with rammed earth are used to measure psi before and during construction to ensure engineering code compliance. #RammedEarthConstruction #SustainableBuilding #GreenBuilding #ThermalMass #EnergyEfficiency #DurableHomes #EcoFriendlyMaterials #ArchitecturalDesign #PassiveHouse

This article highlights eight unique houses that utilize earth-toned plaster and render finishes to create distinct architectural forms and integrate with their natural surroundings. The selected projects demonstrate a variety of applications for these materials, showcasing their ability to provide both aesthetic appeal and functional benefits such as weatherproofing and insulation. The featured homes span diverse geographical locations, from India to Greece, and vary in scale and purpose, including micro homes and holiday residences. Each project exemplifies how plaster and render can be modified with additives like brick dust or hemp to achieve specific colors and insulating properties. One featured project is the House in Pyrgos, Greece, by Kapsimalis Architects. Unlike the typical whitewashed homes of Santorini, this fortress-style holiday residence is clad in an earth-toned render. Constructed from reinforced concrete, its angular design draws inspiration from rocky outcrops and the island's ancient fortifications. Another example is the Zenith House in Spain by Nomo Studio, a single-storey holiday home in Menorca. Its walls and roofs are covered in a terracotta-pigmented render, chosen to harmonize with the arid landscape and accentuate the building's modular geometry. The design comprises eight interconnected square modules with alternating flat green roofs and pitched roofs. The Tiny House in India, designed by Harshit Singh Kothari and Tanvi Jain, serves as a prototype for affordable housing. Its brick walls are externally coated in earth-colored plaster, while the interior features materials like marble flooring and teak window frames, aiming for an aspirational feel. Casa Plaj in Portugal, by Extrastudio, showcases a simple gabled form coated in a rough layer of earth-toned lime plaster. This holiday home is elevated on a platform supported by concrete walls, allowing its terraces to extend over the landscape. UA House in Kenya, by Studio Mehta Architecture, uses lime plaster mixed with quarry dust on its limestone-block walls, resulting in a pink hue that complements the environment. The house incorporates landscaped courtyards to facilitate year-round ventilation. Casa Magarola in Spain, by Raúl Sánchez Architects, is perched on a steep slope near Barcelona. Its concrete structure is disguised with a burnt orange-toned render. The design creates a sense of discovery, transitioning from a modest single-storey facade facing the street to a two-storey facade overlooking a valley. Proclamation House in Australia, by State of Kin, is a sculptural concrete house wrapped in olive-toned hemp render. This finish not only provides an earthy aesthetic but also enhances insulation. Designed for an intergenerational family, it includes a landscaped courtyard with a small pool. Finally, Mayalogili in India, by Nowhere, involves the renovation of an existing house. The exterior was covered in a rough red-brown plaster made from brick and marble dust generated during the project, aiming to introduce a tactile quality and connect residents with nature. These projects collectively illustrate the versatility and aesthetic potential of plaster and render in contemporary residential architecture. #MonolithicHouses #EarthTonedPlaster #ArchitecturalRender #SustainableMaterials #ResidentialArchitecture #GlobalDesign #HolidayHomes #AffordableHousing #ArchitecturalFinishes

This article highlights 12 instances where historic church buildings have been thoughtfully converted into modern residences. The conversions prioritize preserving the original architectural elements, such as vaulted ceilings, tall windows, and stained glass, while integrating contemporary living spaces. Each project demonstrates a unique approach to adaptive reuse, transforming sacred structures into functional and aesthetically pleasing homes. One example features a couple near Amsterdam who converted the top of a former 19th-century Franciscan chapel into their home and studio. They maintained the large arched windows, which hint at the building's ecclesiastical past, and furnished the interior with eye-catching textiles and artworks against white walls. Another conversion in the English countryside involved a 19th-century Baptist chapel, which was transformed into a residential property with two connected parts: the grade II-listed chapel and an L-shaped meeting house surrounded by a private garden. In San Francisco, a 1915 Neoclassical structure that once served as the Second Church of Christ Scientist was redeveloped into four residential units known as 'The Light House.' These multilevel homes span over 5,300 square feet and retain original features like 30-foot cathedral ceilings, exposed brick, and stained glass windows, with a large great room accommodating various dining and seating arrangements. A more dramatic intervention occurred in Spain, where a 16th-century Basque church near Bilbao, abandoned since the 1970s and in severe disrepair, was revived over three years into a home. The project carefully restored the structure, including an 18th-century bell tower and sacristy, respecting its archaeological and historical value. Brooklyn showcases a conversion of the 1892 St. Mark’s Evangelical Lutheran Church and School into a four-building complex. The renovation emphasized maintaining original architecture, such as facades, archways, brick details, and windows, while connecting the school and church with an infill building. In Morimondo, Italy, a 17th-century church became a 4,843-square-foot residence, preserving its historic charm with brick arches and ceiling frescoes across three levels, highlighting internal heights and architectural finishes. Austin's Bouldin Creek neighborhood saw a 1939 Mission Revival-style church transformed by Rhode Partners into four two-story, loft-style homes, featuring 15-foot ceilings and historic details. These units, which quickly sold, ranged around 1,889 square feet. A Quebecois church was divided into a 2,500-square-foot home and a 1,500-square-foot office, garage, and workshop. The owners aimed to retain historic elements like the bell tower and organ while modernizing the interior to create a minimalist yet history-rich family home. In Los Angeles, a 1905 building with a history as a civil rights meeting place and progressive church was converted into 'The Ruby Street,' a nearly 6,000-square-foot live/work/event space. The designers recognized the building's 'good bones' and potential for a significant metamorphosis. A Greenwich, Connecticut church, decommissioned 30 years prior and haphazardly renovated, was thoughtfully updated, with architects focusing on allowing the iconic exterior to remain largely unchanged, preserving its 150-year-old character. Finally, a 1930s church in Melbourne, Australia, became the Hawthorn Residence. The renovation prioritized undoing previous dark and cramped alterations to bring in natural light and highlight original church features, a significant challenge due to heritage building restrictions. Another Australian example in Willunga, South Australia, features a tastefully renovated 1870 church, transformed into a family home with reverence for its historic elements. #ChurchConversion #AdaptiveReuse #HistoricPreservation #HomeRenovation #ArchitecturalDesign #ModernLiving #ResidentialArchitecture #InteriorDesign #RealEstate

This article explores the growing trend of living on houseboats, presenting eight unique examples from around the globe. It highlights the appeal of houseboat living, which often stems from a desire for adventure, a connection to nature, and a sense of community. The article also touches upon the practical challenges and environmental considerations associated with these unconventional dwellings, including their potential as a sustainable housing alternative in the face of rising sea levels due to climate change. The author, Portland Mitchell, in her book "Making Waves: Floating Homes and Life on the Water," emphasizes the diversity in design and the individualistic spirit of boat-dwellers. The featured houseboats showcase a range of styles and origins. In the UK, Max McMurdo's "Reetainer" demonstrates the innovative reuse of a shipping container, transformed into a mortgage-free home on the River Ouse. His design incorporates space-saving solutions like a concealed bath and dining table, alongside sustainable features such as solar panels. In France, Agnès Combes Bernageau resides in "Le Cid," a historic transport barge moored in central Paris. Her move from a conventional flat was driven by a desire for a less impersonal life, and she has since fostered a strong community spirit among fellow boat-dwellers. The barge's interior has been elegantly converted into an open-plan living space. Anibal Guiser Gleyzer's "Mini" in Argentina exemplifies a move towards self-determination and an eco-conscious lifestyle. Built from environmentally friendly materials like ferro-cement and wood, his floating home in the Paraná and Uruguay rivers delta is part of an ecological community. In the Netherlands, Jeanne de Kroon's "Zazi Houseboat," a wooden vessel from the 1970s in Amsterdam, reflects her vibrant personality through its saffron and crimson interior. She values the community aspect of boat life, including shared activities and gift exchanges. The Danish couple Lis and Ove Nilsson found their ideal home in "Oldenburg," a 1908 houseboat, which they renovated to include a spacious dining area and comfortable, minimalist interiors, reflecting Lis's childhood experiences on a fishing cutter. In the US, Siva Aiken's "Soggybottom Shanty" is a whimsical pontoon-based boat crafted from recycled and discarded materials, inspired by her childhood fascination with a Disneyland ride and the history of American river people. This houseboat fosters a laid-back lifestyle, with Aiken enjoying playing the banjo on its porch. Rodrigo Martins' "Altar" in Brazil serves as an eco-friendly, off-grid retreat on the Jaguariuna reservoir. This compact yet spacious prefab structure, designed by sysHaus, is made from recyclable materials and features floor-to-ceiling windows, solar panels, natural ventilation, and advanced water-treatment systems, offering a minimalist Scandi-chic aesthetic. Finally, "De Walvisch," a Dutch sailing clipper in East London, is home to artists Zatorski & Zatorski. They have restored the boat with reclaimed materials, such as a submarine washbasin and a porthole from a torpedoed liner, and use it as a creative space for art installations and salons, embodying a life "under the radar" within a cooperative moorings community. The article concludes by highlighting that living on water offers diverse experiences, from eco-conscious retreats to community-focused urban dwellings, all reflecting a unique approach to home and lifestyle. #FloatingHomes #HouseboatDesign #SustainableLiving #AlternativeHousing #EcoConsciousHomes #WaterfrontLiving #CommunityLiving #ArchitecturalInnovation #OffGridHomes

Rammed earth construction, an ancient technique originating independently in China and the Iberian Peninsula several thousand years ago, is gaining recognition for its numerous green building benefits. This method, utilized in structures like the Hakka Tulou in China and the Alhambra Palace in Spain, offers low embodied energy, recyclability, high thermal mass, low energy loads, and non-toxicity. Terrell Wong, principal of Stone’s Throw Design Inc. in Ontario, Canada, advocates for rammed earth, highlighting its durability and longevity, asserting that a rammed earth house can last 500 years or more without needing paint. Rammed earth walls are constructed in approximately 11.5 ft. panels with flexible joints. The material mix typically includes 20% to 30% clay, sand, and 5% to 10% cement for added strength, with silicate-based waterproofing sometimes incorporated for cold, wet climates. The process involves layering a foot of material into formwork, which is then compressed to 6 inches using a pneumatic tamper. The forms, usually made from Marine-grade plywood and 2x12 walers, are about 20 inches wide and 4 feet tall. For multi-panel walls, a recess on the first panel locks with the second. Conduits for plumbing and electrical wiring are integrated during construction, requiring precise planning as changes are impossible once the wall is set. Walls typically dry within 24 hours and possess a load-bearing capacity comparable to concrete. Despite its ancient origins and proven effectiveness, rammed earth construction remains a niche method in North America. Terrell Wong designs three to four rammed earth houses annually, noting only a handful of builders in Ontario specialize in this technique. Sylvia Cook of Aerecura Rammed Earth Builders emphasizes that the method's thermal mass benefits apply universally, delaying heat gain in hot climates and shifting heat loss in cold climates to periods when solar gain can compensate, thus maintaining consistent indoor temperatures. The limited adoption is primarily attributed to a lack of public and professional knowledge about the system’s versatility across different climates. The distinctive earthy-toned striations characteristic of rammed earth walls are achieved by adding pigment to the cement mix. The ramming process pushes the colors to the formwork edges, creating a natural gradation. Exaggerating the undulations in the formwork can enhance these visual effects. While modern rammed earth construction has advanced, North America lacks specific building codes for it, unlike Australia and New Zealand where codes are formalized, and research even suggests superior seismic resistance compared to brick or block walls. In Canada, builders obtain approval by demonstrating that rammed earth meets existing code requirements, similar to concrete. In colder regions like Ontario, fiberglass rebar is used for structural stability, and recycled polyiso insulation is often integrated into the walls to minimize thermal bridging. The cost of rammed earth projects is influenced by design complexity, with curved or angled walls being more expensive due to the labor-intensive nature of the method. However, by simplifying design and formwork, Terrell Wong successfully applied the technique to an affordable housing project meeting Passive House standards. Many rammed earth homes are hybrids, incorporating elements like stick- or timber-frame walls for interior partitions or upper floors, sometimes combined with straw-bale construction or CLT-panel roofs. The featured single-family home, situated in a rural Ontario subdivision, exemplifies the integration of rammed earth with Passive House strategies. The design maximizes thermal mass, harvests southern light, and utilizes cross breezes to enhance passive ventilation, eliminating the need for mechanical cooling. The home's heating demand is approximately 20 kWh/m2 annually. The exterior walls consist of 530 tons of thermal mass, comprising two 6-inch rammed earth wythes around 6 inches of insulation. The construction’s embodied energy is exceptionally low, as 90% of the unprocessed material was sourced from a nearby gravel pit, and salvaged wood from a local roundhouse was repurposed for the main stair. #RammedEarthConstruction #SustainableBuilding #GreenBuilding #ThermalMass #PassiveHouse #BuildingMaterials #EcoFriendlyHomes #ArchitecturalDesign #CanadianArchitecture

This article explores a collection of the world's most impressive and visually stunning ceilings, highlighting the architectural and artistic mastery involved in their creation across various cultures and historical periods. It begins with the Abdulaziz Khan Madrassah in Uzbekistan, setting the stage for a journey through diverse examples of ceiling art. The Topkapi Palace Museum in Istanbul, Turkey, showcases elaborate decorative ceilings, particularly within its exquisitely tiled harem, reflecting Ottoman grandeur from the 15th century. In Florence, Italy, the Duomo features Giorgio Vasari's frescoes of the Last Judgement, completed by Federico Zuccari, filling the interior of Brunelleschi's mighty cupola and offering divine views from above. Moving to modern artistry, The Bellagio in Las Vegas, USA, features Dale Chihuly's "Fiori di Como," an installation of over 2,000 hand-blown glass flowers inspired by Italian meadows, blooming above the hotel's lobby. The Galeries Lafayette Paris Haussmann in France boasts a striking Art Nouveau dome built in 1912 by Jacques Gruber, featuring Neo-Byzantine stained glass windows. In New York, USA, the Westfield World Trade Center's Oculus, designed by Santiago Calatrava, creates a light-filled central space, with a skylight designed to align with the sun every September 11th. York Minster in the UK presents an incredible feat of medieval engineering with the elaborate ribbed wooden roof of its Chapter House, alongside its renowned stained glass. El Capitan Theatre in Los Angeles, USA, a restored movie palace from 1926, features a grand gold-metal leaf proscenium ceiling in its East Indian auditorium, now operated by the Walt Disney Company. The early 17th-century Blue Mosque in Istanbul, Turkey, impresses with its fine blue İznik tiles and dazzling stained glass in its semi-domes and central domes. Rome, Italy, is home to The Pantheon, a colossal and ancient dome constructed in AD 125 by Emperor Hadrian, notable as the largest unreinforced concrete dome globally, featuring a central oculus. Melbourne, Australia's 333 Collins building reveals a stunning entrance hall within an old banking chamber, featuring an octagonal dome and barrel-vaulted ceiling. The Vatican Museum's Gallery of Maps in Vatican City displays exquisite painted topographical maps with frescoes illustrating stories from the depicted lands. In Chicago, USA, the Chicago Cultural Centre houses the world's largest Tiffany glass dome, a 38-foot diameter masterpiece made of 30,000 pieces of glass. Ottawa, Canada's Notre-Dame Cathedral Basilica, built in the 1840s, features heavenly indigo-coloured vaulted ceilings adorned with golden stars. St. Stephen's Basilica in Budapest, Hungary, showcases a gleaming dome with frescoes and gold gilding illuminated by natural light. Stockholm, Sweden's Stadion station in its subway system is famed for a glorious rainbow painted across its blue, cave-like walls. The Alhambra in Granada, Spain, particularly the Hall of the Two Sisters, exhibits intricate mocarabe or stalactite work on its ethereal ceiling. Beijing, China's Temple of Heaven, specifically the Hall of Prayer for Good Harvests, features an astonishing central dome with nine golden dragons carved into its roof. Siena Cathedral in Italy boasts the extravagant Piccolomini Library, adorned with gold, red, and blue rectangular ceilings and frescoes by Pinturicchio. London, UK, has the Andaz London Liverpool Street, housing a Grade II-listed Freemasons temple with an incredible blue-domed ceiling and gold zodiac detail. Antoni Gaudi’s Sagrada Familia in Barcelona, Spain, an unfinished masterpiece, presents a dizzying, forest-like design of vast ceiling vaults that appear as branching trees. Rotterdam, Netherlands, hosts Markthal, featuring "Cornucopia," a gigantic and vibrant ceiling mural by Arno Coenen and Iris Roskam. San Diego International Airport, California, USA, showcases Jim Campbell's "The Journey," an undulating 700-foot-long ribbon of light made from 38,000 LED pendant lights. Bucharest, Romania's historic Romanian Athenaeum features a detailed fresco circling its huge dome, depicting scenes from Romanian history. The Abdulaziz Khan Madrassah in Bukhara, Uzbekistan, is celebrated for its highly decorative facade and porch with beautiful blue, yellow, turquoise, pink, and green tiles. Vienna, Austria's Austrian National Library, the State Hall of the biggest baroque library, is crowned by a splendid baroque dome adorned with frescoes by Daniel Gran. The British Museum in London, UK, features the vast glass and steel roof of the Queen Elizabeth II Great Court, designed by Foster and Partners, along with the illustrious 19th-century Reading Room's elegant dome. Grand Central Station in New York, USA, is known for its glorious teal-colored astronomical ceiling, complete with golden constellation signs and a historical patch showing grime accumulation. Prague, Czechia's National Museum of Prague, a colossal Neo-Renaissance structure, is adorned with elaborate ceiling frescoes in its entrance hall. Isfahan, Iran's Chehel Sotoun Palace, a 17th-century pleasure pavilion, features walls and arched ceilings awash with gold, mirrors, and frescoes. Valletta, Malta's St. John's Co-Cathedral, a 16th-century church, showcases opulent walls and ceilings with intricate carvings, gold gilding, and grandiose paintings, including a rare Caravaggio. Finally, the Sistine Chapel in Vatican City, home to Michelangelo's masterpiece, is probably the most famous painted ceiling in the world, stunning in its beauty and symbolism. The Hall of Mirrors in the Palace of Versailles, France, is lined with 357 mirrors and emblazoned with epic paintings by Charles le Brun across its vaulted roof, showcasing the might of France. The article collectively demonstrates the global diversity and historical significance of ceiling art and architecture, urging viewers to look up and appreciate these often-overlooked wonders. It provides a global tour of architectural and artistic marvels, emphasizing the intricate details and stories embedded in these elevated canvases. #ArchitecturalWonders #CeilingArt #GlobalTravel #HistoricalLandmarks #InteriorDesign #ArtHistory #CulturalHeritage #EuropeanArchitecture #AsianArchitecture

This article compiles a visual lookbook featuring ten residential staircases that incorporate contemporary and non-traditional balustrades. Balustrades, which are railings designed to prevent falls, are traditionally characterized by their bulbous, lathe-turned balusters. However, the featured examples deviate from this conventional form, introducing innovative designs that serve as statement focal points within their respective homes. The collection begins with a Private House in Cologne, Germany, designed by SMO Architektur. This home features a seamless, perforated balustrade made from a single sheet of material. Its circular perforations create a striking contrast with the staircase's rigid, angular profile, aligning with the house's cubic form and a design informed by Le Corbusier's Plan Libre. Next is the Mo-tel House in London, UK, a Georgian townhouse renovated by Office S&M. This residence showcases a brightly colored, geometric staircase. The balustrade consists of vertically slatted balusters painted pink, complemented by a bright yellow handrail that integrates seamlessly with the staircase's end post, contributing to the home's vibrant interior scheme. A Tel Aviv townhouse designed by architect David Lebenthal presents a unique steel rod balustrade. The staircase is suspended behind a wall of vertically arranged steel rods that extend between floors, fixed to and intersecting with the metal-folded treads. This design is integrated with an exposed concrete party wall, forming a central element of the home. Gundry & Ducker's White Rabbit House in London features a cantilevered staircase with a balustrade made of green-painted vertical rods. A single-piece wooden bannister is positioned atop these balusters, piercing through an overhanging lip on the base step's tread, adding a distinct architectural detail to the 1970s house. Bonhôte House, also in London, designed by AOC, incorporates angular brass rods arranged in a zigzag pattern. These rods flank the staircase, which ascends above an open-plan living and kitchen area. The brass-wrapped staircase also functions as a visual divider for the ground floor spaces within this contemporary family home. AOC's Hearth House in Golders Green features a negative relief-style balustrade. Plywood sheets are laser-cut with the silhouettes of traditional spindle balusters, creating voids where ornamental spindles would typically be found. A lamp extending from the handrail further enhances the unique design. In Berlin, Germany, architect Philipp von Matt designed O12, an artist's home with a golden-hued, perforated-brass bannister. This mesh brass element zigzags along a solid concrete staircase, allowing light to filter through its perforations and illuminate the monolithic stairwell. Ash House in Lewisham, London, by R2 Studio, features a full-height ash bannister with circular cut-out openings. These openings are strategically sized, with larger holes at eye level for both adults and children, and a groove on the opposite side forms an inset handrail, connecting two storeys of an Edwardian house. Maryland House in London, the home of designer Remi Connolly-Taylor, includes a red metal staircase with a seemingly weightless appearance. A tubular, pipe-like handrail and balustrade follow the profile of the red folded treads, and the staircase is encased within a glass block-clad stairwell, designed to maximize light while maintaining privacy. Finally, Coastal House in Devon, UK, renovated by 6a Architects, showcases a wooden staircase with thin, tapering spindle-shaped balustrades. These are arranged at alternating angles, creating a wave-like rhythm. Made from oak, the balustrade and bannister have an unfinished, rustic quality that complements the home's original beams and stone walls. This lookbook aims to provide visual inspiration, highlighting innovative approaches to staircase balustrade design that move beyond traditional forms to create striking and functional architectural features within residential settings. The examples demonstrate diverse material choices, structural designs, and aesthetic considerations, showcasing how balustrades can be transformed into key elements of interior design. #HomeInteriors #StaircaseDesign #Balustrades #ContemporaryDesign #ArchitecturalDetails #ResidentialDesign #InteriorInspiration #ModernHomes #DesignInnovation

Rammed earth, an ancient building technique, is gaining renewed attention for its potential in sustainable urban architecture. This method involves compacting a mix of clay, sand, and silt into robust walls, offering natural insulation, soundproofing, and durability. Historically used for simple structures across various cultures, modern advancements have allowed rammed earth to be integrated into beautiful and sustainable buildings in regions like Australia, Germany, Switzerland, and the Southwestern U.S. The core principle of rammed earth construction is akin to masonry. Builders collect local soil, often from the construction site itself, and use wooden forms to create layered walls. Each layer of soil is compacted, resulting in a distinct, multi-hued appearance. While the process is labor-intensive, proponents highlight the unique aesthetic and tactile experience of these structures. Bly Windstorm of Earth Dwell emphasizes the profound connection people feel within a rammed earth building, describing it as a feeling that transcends typical construction materials. Despite its benefits, which also include low carbon impact and excellent thermal mass, rammed earth has typically been confined to suburban areas, university campuses, or as accent features in larger buildings within modern cities. A significant challenge in dense urban environments is the considerable thickness of rammed earth walls, which can be 18 inches or even up to four feet wide. This dimension can lead to a loss of valuable interior square footage, making it a less appealing option for architects concerned with maximizing space in urban settings. Joshua Aidlin, an architect who has worked with rammed earth, notes that these walls inherently possess a 'nuance to the reality of imperfection,' which may require occupants to appreciate this natural aesthetic. However, he also sees it as a valuable opportunity to connect urban dwellers with the natural environment, offering a tangible expression of the land within often paved-over cityscapes. In recent years, designers have increasingly incorporated rammed earth as feature walls, leveraging its unique texture and practical properties, such as its ability to absorb and release heat when positioned strategically, for example, between a building and a greenhouse. However, the logistical challenges and specialized labor required for traditional rammed earth construction continue to hinder its widespread adoption in urban centers. David Easton, founder of Rammed Earth Works, describes the mobilization of equipment like dump trucks and wall forms in a bustling city as a 'nightmare.' To overcome this, Easton has been developing an innovative solution: a rammed earth block, dubbed the Watershed Block. This block is composed of quartz, recycled concrete, and locally sourced earth, designed to be used in a manner similar to conventional concrete blocks. This innovation could transform rammed earth into a more versatile and accessible material for urban construction. If successful, the Watershed Block could significantly impact the environmental footprint of rapidly expanding cities, particularly in regions like China, where cement consumption is exceedingly high. By substituting concrete with these low-impact rammed earth blocks, cities could drastically reduce their embodied carbon emissions. This development has the potential to unlock rammed earth's full potential as a local, sustainable building material in urban settings, making its ancient technique relevant and transformative for modern architecture. #RammedEarth #SustainableArchitecture #UrbanDesign #EcoFriendlyBuilding #GreenConstruction #BuildingMaterials #ArchitecturalInnovation #LowCarbonImpact #ResilientCities

The widespread use of rubble stone masonry, particularly with cement mortar and wooden diaphragms, in seismic regions globally necessitates a comprehensive review of existing design specifications and construction requirements outlined in national seismic and masonry codes. This analysis covers nearly 325 codes from countries where this building technique is, or has been, common. The review focuses on identifying the allowances, restrictions, and specific details related to newly constructed houses and schools using "nominally reinforced rubble stone masonry (NRM) with cement mortar and wooden diaphragms in seismic areas." This particular type of construction is specifically detailed and permitted in the codes of only seven countries: Nepal, India, China, Tajikistan, Georgia, Iran, and Croatia. Significant inconsistencies are observed among these national codes regarding design specifications. Parameters such as maximum building dimensions (length, width, and height), minimum and maximum wall and opening dimensions, and specifications for horizontal and vertical reinforcements vary considerably. For instance, maximum building lengths between seismic gaps range from 25m in Iran to 80m in Georgia, and the number of allowed stories ranges from one to five, even for similar design accelerations. Reinforcement requirements also differ widely, with some codes mandating multiple horizontal and vertical reinforcements, while others require only a few horizontal tie-beams. The discrepancy extends to maximum allowed design accelerations, which range from 0.08g in Indian zone III to 0.52g in Georgia. Such wide variations raise concerns about the completeness, correctness, and reliability of the current knowledge base in this field. Another critical observation is the lack of clear descriptions regarding the types of stone masonry and stone properties addressed in many codes. Often, codes fail to distinguish between random rubble and cut, dimensioned stones, leading to ambiguity and potential misinterpretation. This is particularly prevalent in former Soviet countries whose codes are based on outdated clauses for dimensioned tuff stones, despite rubble stone being the prevalent local material. Furthermore, many codes use vague language, such as "should preferably be avoided," which weakens mandatory compliance. To address these issues, the introduction of "Nominally Reinforced Masonry" (NRM) as a distinct, fourth category of masonry, alongside Unreinforced Masonry (URM), Confined Masonry (CM), and Reinforced Masonry (RM), is proposed to provide clearer terminology and avoid confusion. It is also recommended that codes explicitly state whether rubble stone masonry is permitted, specifying the types of buildings and structures to which it applies. Moreover, the study highlights that many countries where stone masonry is still a widely practiced technique, such as Afghanistan, Pakistan, Bhutan, Azerbaijan, Kyrgyzstan, Morocco, Tunisia, Turkey, Yemen, and Albania, either prohibit it in their codes or lack relevant regulations entirely. This disparity between traditional construction practices and formal building codes creates a significant challenge for local builders and communities. The paper advocates for the development of a stand-alone code specifically for NRM rubble stone buildings with cement mortar, consolidating all necessary design and execution information into a single, accessible document. Such a code would prevent the interchanging of incompatible specifications meant for other masonry types. This comprehensive review forms the basis for future research within the "SMARTnet" initiative (Seismic Methodologies for Applied Research and Testing of Non-Engineered Techniques). This initiative aims to assess, validate, optimize, and complement existing knowledge through modern calculation, testing, and modeling methods. The goal is to develop a structured research approach, termed "Non-Engineered 2.0," focused on vernacular and traditional construction techniques to improve the seismic resilience of rubble stone masonry buildings globally. This effort is crucial for providing clear, reliable, and up-to-date information to millions of people who reside in stone houses worldwide, ultimately strengthening confidence in this traditional building method and potentially reintroducing it where it is currently prohibited. #RubbleStoneMasonry #SeismicCodes #MasonryDesign #EarthquakeEngineering #BuildingCodesWorldwide #NominallyReinforcedMasonry #TraditionalConstruction #SustainableDesign #BuildingResilience