Exteriors at Work’s Post

Crafting Diversity: The Stack's Architectural Precision In this KAAN Architecten's project, our aim of achieving a balance between individuality and community led us to put much effort into detail. The design aims to minimize repetition within the project, and we strategically optimized setback measurements within an 800 mm sub-grid to enhance the connections between balconies, terraces, and the facade, simplifying these elements without compromising their dynamic aesthetic. Allard Assies from KAAN Architecten: ”When we started working on the design for The Stack, the brief called for a wide variety of house floor plans (large and small) and large living balconies. Variety implies movement and variation in the facade. We opted for a brutalist concrete architecture. This enabled us to work with large cantilever balconies and varying depths in the façade. Contrary to the concept, variety requires rationalisation and standardisation. Thus, the entire façade is based on the 1125x1125mm grid, and the balconies have consecutive sizes of 800, 1.600, and 2.400mm. The house plans are formed around a fixed core with shaft, toilet, meter cupboard, ventilation, and heat-cooling unit. The choice of grid and standards allowed us to work with a limited number of basic details. The precast concrete facade parts and balconies were based on the same principles and dimensions. This made the entire construction economically feasible, and we look back on a successful project with a large façade variation”. Development: Amvest Collaborators, construction and design team: Buro Sant en Co landschapsarchitectuur, Geurst & Schulze architecten DGMR, Total Cost bouwadvies, Rienks Bouwmanagement Kondor Wessels, dioCON, Loodgietersbedrijf P.C. van der Horst B.V., Blom Elektrotechniek, Mabutec Further information at: https://lnkd.in/eGGSx4T 📷 Sebastian van Damme

Strategic design choices in order to optimize prefabrication and allow diversity in layout and facades at the Stack. Wonderful work at EXE phase by Allard Assies from KAAN Architecten.

When it comes to architectural design, understanding the difference between cladding and curtain walls is essential for creating structures that are not only visually stunning but also highly functional. https://hubs.la/Q02NKpCJ0 #Architecture #BuildingDesign #Cladding #CurtainWalls #SustainableDesign #AestheticVsFunctionality

As the landscape of modern construction continues to evolve, the demand for materials that combine durability, versatility, and aesthetic appeal is higher than ever. Architects and builders are constantly on the lookout for innovative solutions that not only meet these demands but also enhance the overall quality and functionality of their projects. One such revolutionary material making waves in the industry is solid surfaces. Renowned for their seamless appearance, robust durability, and ease of maintenance, solid surfaces are becoming a preferred choice in contemporary construction, offering unparalleled benefits that cater to the diverse needs of modern architectural designs.

Power of Hidden Beams in Moder Design What Are Hidden Beams? Hidden beams, as the name suggests, are structural beams that are concealed within the floors or ceilings of a building. Unlike conventional beams that are often visible and can interrupt the continuity of surfaces, hidden beams are integrated into the structural framework in a way that they remain unseen. This integration is typically achieved by embedding the beams within the slab, resulting in a flat, uninterrupted surface. The Benefits of Hidden Beams Aesthetic Appeal: One of the most compelling reasons for the use of hidden beams is the aesthetic advantage they offer. By eliminating visible beams, architects can create sleek, modern spaces with clean lines and uninterrupted surfaces. This minimalist approach is particularly popular in contemporary residential and commercial architecture. Space Efficiency: Hidden beams allow for greater flexibility in interior design and space planning. Without the need to accommodate visible beams, architects can maximize the use of space, creating larger, more open areas that are free from visual obstructions. Enhanced Load Distribution: Structurally, hidden beams can provide enhanced load distribution. By integrating the beams within the slab, the load is more evenly distributed across the structure, leading to improved stability and strength. This can be particularly advantageous in earthquake-prone regions, where a well-distributed load can reduce the risk of structural failure. Versatility: Hidden beams are versatile and can be used in a variety of building types, from residential homes to commercial buildings and industrial facilities. Their ability to blend seamlessly with different architectural styles makes them a valuable tool in the architect’s arsenal.

Curtain wall Modern design Aluminium works Curtain wall is Beauty of Building

HoneyComb Glass Honeycomb glass, also referred to as cellular glass, is a type of composite material used in architectural applications. Structure: It consists of two glass panels with a core made from a honeycomb-shaped aluminum structure. This internal structure resembles a beehive, hence the name "honeycomb glass." Properties: Lightweight: Honeycomb glass is significantly lighter than solid glass panels of the same size. This makes it ideal for large-scale facade installations where weight reduction is crucial. Strength and Rigidity: Despite being lightweight, the honeycomb core provides impressive strength and rigidity to the glass panels. Thermal Insulation: The air pockets within the honeycomb core act as an insulator, improving the building's energy efficiency. Soundproofing: The honeycomb core also contributes to soundproofing capabilities. Light Transmission: Honeycomb glass allows for natural light transmission while maintaining energy efficiency. Applications: Honeycomb glass is a popular choice for building facades and curtain walls, particularly for large-scale projects. Its lightweight nature makes it suitable for structures where additional weight might be a concern. The combination of strength, insulation, and light transmission makes it ideal for modern, energy-efficient buildings. Types: There are different variations of honeycomb glass available, including: Honeycomb cladding panels: These are prefabricated panels with a finished exterior surface. Structural honeycomb glass: This type is used for load-bearing applications in building facades. Decorative honeycomb glass: This incorporates various finishes or integrated lighting for aesthetic purposes. Overall, honeycomb glass offers a unique combination of lightweight construction, strength, and thermal insulation, making it a valuable material for modern architecture. Visit our website or contact us today to know more. www.kaphsgroup.com #architecturaldesign, #facadedesign, #sustainablearchitecture, #greendesign #constructionprojects, #buildingmaterials, #curtainwall, #facadesystems #architecturalphotography, #interiordesign, #buildinginnovation, #energyefficientbuildings.

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Integrating a glass floor into your architectural projects not only enhances aesthetic appeal but also introduces functionality that traditional flooring can’t match. Learn the most common FAQs about glass floors to help you navigate the complexities of these innovative systems. https://lnkd.in/eqTuu8Zj

Architectural Record recently published an article on Juno Austin. In the article, "Ennead's Mass-Timber Apartment Building in Austin, Texas Pioneers 'Productized' Housing," Architectural Record discusses potential benefits and applications for this unique building process. "Designed by Ennead, the new Juno structure relies on a kit of parts of about 30 custom-fabricated components, including mass-plywood-panel (MPP) floor slabs and columns, laminated-veneer-lumber beams, bathroom pods, and a unitized facade. The aim is to 'productize' housing..." "The apartments have a level of detail and finish that is unusual for rental housing, with features that include timber ceilings, wood floors, generously sized windows, and all-electric appliances. Instead of drywall, interior partitions are made of high-pressure laminate over a plywood core, with the edges of this substrate left exposed. 'There is a degree of care and sophistication that cookie-cutter apartment buildings just don’t have,' says Tomas Rossant, an Ennead partner." "The kit of parts coupled with building information modeling (BIM) allows for modifications to accommodate market conditions or material availability, according to the Juno team. For instance, cross-laminated timber panels (CLT) could be substituted for the MPP floor slabs since there are a growing number of CLT suppliers, suggests Rossant." Read the full article at the link below. https://lnkd.in/gySvNJBQ #Ennead #EnneadArchitects #architecture #architecturedesign #JunoAustin #Austin #MassTimber #ProductizedHousing #BuildingInnovation #SustainableLiving #ModernArchitecture #ArchitecturalInnovation #TimberConstruction #BIMDesign #CLTConstruction