Gerber Architekten’s Post

🏛️ Energy renovation of the TSJCV palace roof 🏛️ Under the direction of architect Francisco Javier Camuñas De Castro, the energy rehabilitation of the roof of the Tribunal Superior of Justice of the Valencian Community has been successfully conducted. We are proud to have contributed to this project by providing cutting-edge solutions for the renovation of a roof covering approximately 2,350 square metres on this historic building. 🏠The SIATE TOP ONDULINE system was chosen for its lightness and high thermal performance, thereby reducing the impact on the existing structure while enhancing energy efficiency. "Preserving the original architecture of a landmark like the TSJCV is crucial. The lightweight solutions provided by Onduline have enabled us to reuse the building's existing elements effectively, ensuring that we maintain its historical integrity while enhancing energy efficiency.” comments Ignacio Hidalgo, sales representant. 🛠️ 𝗧𝗵𝗲 𝗽𝗵𝗮𝘀𝗲𝘀 𝗼𝗳 𝗮 𝘀𝘂𝗰𝗰𝗲𝘀𝘀𝗳𝘂𝗹 𝗿𝗲𝗻𝗼𝘃𝗮𝘁𝗶𝗼𝗻: - Heritage preservation: meticulous removal and cleaning of the original ceramic tiles, followed by the preparation of the support with a cement compression layer. - Condensation protection: installation of the ONDUTISS BARRIER 110 vapour barrier membrane to protect the thermal insulation. - Advanced insulation: installation of ONDULINE PIR UTR panels, offering high thermal resistance due to their low thermal conductivity. - And on top of this, optimized ventilation: installation of Onduline Bajo Teja BT-150 PLUS plates, facilitating continuous ventilation and securing the roof with a strong watertightness/waterproofing The project was completed by reinstalling the recovered ceramic tiles, thus preserving the building's original aesthetics while improving its energy performance. #renovation #heritage #preservation #architecture #Onduline #energyefficiency #construction #roofingrenovation #roof #roofsolutions

"Embracing tradition with a modern twist! Aedas' Al Bahar Towers captivate with a responsive facade inspired by Islamic design. The Al Bahar Towers, designed by Aedas, boast a cutting-edge responsive facade that combines architectural ingenuity with environmental sustainability. Comprising 2 geometrically striking towers in Abu Dhabi, the facade features a dynamic shading system inspired by traditional Islamic mashrabiya screens. These responsive panels automatically adjust throughout the day, optimizing solar exposure while minimizing heat gain and glare. The system not only enhances energy efficiency but also creates a visually captivating interplay of light and shadow, echoing the region's cultural motifs. Aedas' innovative approach not only showcases aesthetic brilliance but also addresses the practical challenges of climate control, exemplifying a harmonious fusion of tradition and modernity in architectural design. The Al Bahar Towers stand as a testament to sustainable, adaptive architecture in the heart of the UAE. #architecture #construction #civilengineering #civilengineer #construction #civilconstruction #mechanicalengineering #engenhariacivil #engenharia

Many buildings today strive to achieve a minimum of energy consumption during their operational life while simultaneously providing the highest comfort for building users. This includes natural daylight, ventilation, temperature control and sound insulation. With our closed cavity façade WICTEC Modul air, we can meet all these comfort requirements. The façade system offers excellent thermal insulation of ≥ 0,59 W/(m²K). In addition, the sun facade offers a total g-value of 0,1 (sun shading closed at the bottom). Furthermore, the sun shading devices are protected in the isolated facade cavity, so they can be used at any time, regardless of the outside weather conditions. Depending on the construction, sound insulation values of more than 58 dB can be achieved. Plan. Build. Save with the WICTEC Modul air: https://brnw.ch/21wIG70 #WICONA #aluminium #architecture #building #façade #sustainability #innovation #buildbeyondtomorrow

𝐀𝐥 𝐁𝐚𝐡𝐚𝐫 𝐓𝐨𝐰𝐞𝐫𝐬' 𝐈𝐧𝐧𝐨𝐯𝐚𝐭𝐢𝐯𝐞 𝐌𝐚𝐬𝐡𝐚𝐫𝐚𝐛𝐢𝐲𝐚 𝐅𝐚𝐜𝐚𝐝𝐞 𝐛𝐲 𝐀𝐞𝐝𝐚𝐬 𝐀𝐫𝐜𝐡𝐢𝐭𝐞𝐜𝐭𝐬 1. 🏙 Architectural Marvel: Al Bahar Towers by Aedas Architects introduces a groundbreaking responsive facade inspired by the traditional Islamic "mashrabiya" lattice shading device. 2. 🌐 Completion Date: June 2012; these 145-meter towers feature an innovative Masharabiya shading system designed by Aedas' computational design team. 3. ☀️ Parametric Precision:The actuated facade panels use a parametric description, simulating their operation in response to sun exposure and changing incidence angles throughout the year. 4. 🔆 Curtain Wall Operation:The screen, located two meters outside the buildings, is coated with fiberglass. Each triangle is programmed to respond to the sun's movement, effectively reducing solar gain and glare. 5. 🌆 Dynamic Daylight Management: Screens close in the evening, revealing more of the facade. At sunrise, the mashrabiya on the east side begins to close, following the sun's movement throughout the day. 6. 🌍 Sustainability Impact: The innovative screen is estimated to reduce solar gain by over 50%, significantly decreasing the need for energy-intensive air conditioning and enhancing overall sustainability. 7. 🌈 Light Filtering Benefits: The mashrabiya allows for the use of naturally tinted glass, providing better views and reducing the need for artificial lighting, aligning with Abu Dhabi's commitment to sustainability. 8. 🏆 Awards Recognition: The project earned the prestigious 2012 Tall Building Innovation Award from the Council of Tall Buildings and Urban Habitat, acknowledging its sustainable engineering and cultural integration. 9. 👏 Remarkable Achievement: A seamless blend of modern technology and traditional design, Al Bahar Towers stand as a testament to sustainable architecture, earning well-deserved accolades. follow Civilengineeringtc for more such content Credits: Never Enough Architecture #Innovation #SustainableDesign #Architecture #Aedas #AlBaharTowers

Even these days, people living in high-rise buildings, especially in apartments, are finding it more difficult to move their things in and out of the building. This is mainly due to improper dimensioning of stairwells and elevators during design and construction. Either the minimum standard dimensional requirement is provided, or in some cases, it's totally out of the standard dimensions. As we all know, functionality is one of the main requirements of a building; if it is not functional, that is a big miss. Therefore, like the other parts of the building, all stakeholders in the construction industry need to make sure that stairwells and elevators are designed and constructed according to the required dimensional standards. #highrisebuildings #apartments #stairwells #elevators #buildingstandards #constructionindustry #architecture https://lnkd.in/ebsk8Jzk

"Embracing tradition with a modern twist! Aedas' Al Bahar Towers captivate with a responsive facade inspired by Islamic design. The Al Bahar Towers, designed by Aedas, boast a cutting-edge responsive facade that combines architectural ingenuity with environmental sustainability. Comprising 2 geometrically striking towers in Abu Dhabi, the facade features a dynamic shading system inspired by traditional Islamic mashrabiya screens. These responsive panels automatically adjust throughout the day, optimizing solar exposure while minimizing heat gain and glare. The system not only enhances energy efficiency but also creates a visually captivating interplay of light and shadow, echoing the region's cultural motifs. Aedas' innovative approach not only showcases aesthetic brilliance but also addresses the practical challenges of climate control, exemplifying a harmonious fusion of tradition and modernity in architectural design. The Al Bahar Towers stand as a testament to sustainable, adaptive architecture in the heart of the UAE. #architecture #construction #civilengineering #civilengineer #construction #civilconstruction #mechanicalengineering #engenhariacivil #engenharia

Before the advent of commercial air conditioning in the early 20th century, architectural design was deeply intertwined with the natural environment. Buildings were ingeniously crafted to naturally regulate indoor temperatures, adapting to diverse climates around the world. In the Middle East, for example, wind catchers in Yazd, Iran, directed cool air down chimney-like structures to ventilate buildings. Meanwhile, in India, the use of Jaali—latticed screens—cooled the air through their intricate perforations, allowing buildings to stay comfortable despite the intense heat. These designs, along with features like high ceilings and operable windows in early skyscrapers, were essential for maintaining comfort in an era before mechanical cooling. However, with the introduction of air conditioning, a seismic shift occurred in architectural design. Suddenly, buildings no longer needed to harness natural airflow or be strategically oriented for optimal temperature regulation. The modernist architectural movement, emphasizing functionality over form, found a perfect ally in air conditioning. This technological leap allowed for sealed buildings with non-operable windows, minimizing concerns over external pollution and poor air quality. It also enabled the widespread use of materials like concrete and glass, previously impractical due to heat. As air conditioning became ubiquitous in both commercial and residential developments, a homogenized global style emerged. This new aesthetic, characterized by glass curtains and minimalist designs, often lacked the cultural and environmental sensitivity of earlier architectural practices. #AirConditioning #Architecture #Proptechs

Architects saved $58 million in this skyscraper with one clever twist! Quite literally! This architectural marvel boasts the world's highest usable floor, offering breathtaking views. It's also home to the world's highest observation deck within a building, putting you 1,840 feet above the ground! And what’s more the 37th floor features a stunning half-acre traditional Chinese garden, a perfect escape amidst the urban jungle. The twisting outer shell does more than just look cool, it actually helps the building conserve energy by regulating the temperature between the layers.  But the real magic is in the twist itself.  Engineered to minimize wind resistance, this clever design translates to major savings. The twist reduced wind loads by 24%, allowing them to use 25% less steel! That's a whopping $58 million saved! #Architecture #AmazingArchitecture #ShanghaiTower #China #Engineering #Skyscraper #Shaghai #Architects

Listed buildings are classified into different categories based on their architectural or historic significance. In the United Kingdom, buildings are listed by Historic England. Here are the main types of listed buildings: 🏛️ Grade I listed buildings: These are buildings of exceptional interest. Only 2.5% of listed buildings in England are Grade I. They are often of national importance, showcasing outstanding architectural or historic features. 🏛️ Grade II* listed buildings: Buildings in this category are particularly important and of more than special interest. Around 5.5% of listed buildings in England fall under Grade II*. 🏛️Grade II listed buildings: This is the largest category, covering around 92% of all listed buildings in England. Buildings in this category are of national importance and special interest. Our lifts comply with listed building regulations and have been successfully installed in over 200 locations! If you’re involved with a listed building project, reach out to our friendly team. We’re here to design a lift that perfectly suits all your requirements! 📲 01784 440088 📧 sales@sesameaccess.com #ListedBuilding #Architecture #Accessibility

🔴 ATTENTION 🔴 There's something more important you need to know, but first, you can learn a lot more for free at our event! 🌿🏛 📆 Don't miss "2030: The Future of Architecture," where you can learn about these and other sustainable techniques. Here is the registration link: https://lnkd.in/dG-YTbHs 🌍✨ Expanding on the video's content, many ancient Middle Eastern civilizations also used techniques like adobe brick construction, which provided excellent thermal insulation and were made with local materials, reducing the carbon footprint. The thick adobe walls helped keep the interior of the houses cool during the day and warm at night, leveraging the natural thermal properties of the material. Another fascinating technique is the use of Mashrabiya, a form of wooden lattice that allowed cross ventilation and natural light to enter without letting direct heat in. This was common in countries like Egypt and Iraq and is one of the earliest forms of bioclimatic design. Today, these techniques are being revisited and combined with modern technologies to create more sustainable and efficient buildings. Examples include the use of vertical gardens for insulation and urban heat reduction, and solar energy systems to complement the energy needs of buildings. 👉 Now, we want to know from you: Which of these techniques do you think would be applicable in your country? Share your ideas! 👇💬