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Amazing Construction material solution. Ground beef is part of the construction system of @fetdeterra It is a modern solution for wrought, deeply rooted in construction tradition, that combines the use of earth as the main material with a design designed to efficiently integrate into contemporary systems. In addition to...

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Arcfunmi

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311,860 просмотров • 11 месяцев назад •via X (Twitter)

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Roman architecture is at centre of Europe’s visual allure. Sophisticated Roman structures have survived hundreds of centuries without renovation... In 103 AD Roman engineer Apollodorus of Damascus built a 1.1km bridge from stone and wood. Trajan’s Bridge was 19m from surface of river, 15m wide and capable of supporting the weight of hundreds of traversing Roman soldiers. It was only a few feet shorter than Sydney harbour bridge. Romans built a lot of West’s longest standing buildings. They were also the first civilisation to make bridges from concrete. Some of these ancient bridges stand now as they did day they were built. This is thanks to the structural innovations that were first used by Romans. And innovations that eventually helped shape contemporary bridge engineering. Alcántara Bridge is such a bridge, standing in Spain since 104 AD. Roman civil engineer Caius Julius Lacer was the man behind the bridge. His tomb stands nearby, with an epitaph that reads “I leave a bridge forever in the centuries of the world”. He wasn’t wrong. There is a rumour doing the rounds on web that Roman engineers in charge of building bridges had to stand beneath them as scaffolding was removed. Apparently, trepidation of tonnes of rock and debris falling and crushing you lead to some pretty tight structural planning. A more likely history is found in Roman Empire’s military expansion. To improve Roman access lines the empire formed guilds of skilled workers and thinkers who shared ideas and building principles. These early engineering guilds made important discoveries in structural design, in the materials and in the piers that supported the legs of the bridges. Romans had improved traditional footbridge by creating a bridge that maintained its structural integrity through the centre. To achieve this the Romans did not rely on steel beams running through the stone members, but instead on the tensile strength of the stones themselves. The shape of the arch allowed the bricks to be inserted at a curved angle until they joined at the peak of the arch with a keystone. This keystone was shaped as a trapezoid that used the weight of the stone and concrete in the bridge to compress the tapered stones together. This pressure formed a structure in the arch that required a tremendous amount of force to rupture. Where traditional bridges were at their weakest in the centre, the arch was at its strongest. Arch was a structural innovation in building design. But it wasn’t only thing Roman Empire contributed to construction. Romans were also unique in the materials they chose to build with. A natural cement called pozzolana was used by Romans as mortar for piers (legs) of their bridges. Not only is this cement said to be ecologically cleaner than today’s cement mixtures, but its also a cement that grows stronger over time. Pozzolana is still used in some countries. It’s made by combining two parts pozzolana (which is a type of slag that forms naturally from volcanic rock) with one part powdered lime. As early as 3rd Century BC, Romans used pozzolana instead of sand in concrete in their construction. This gave their structures supreme strength and stability. As not every bridge built by Romans had luxury of building its piers on land, Romans used cofferdams where the piers would fall within a body of water. Romans used cofferdam as temporary structure that allowed construction of a bridge pier in a space of water. Cofferdams that were used by Romans were simpler than ones used in contemporary construction, but their function is identical. First, Romans would dig a ring of timber logs into river bed. They would then fill gaps between logs with clay for waterproofing, before pumping water from inside circle of logs. Upon newly dry riverbed, Romans would construct pozzolana and stone piers. After construction had been completed ring of logs was removed and piers stood in riverbed like magic. 🎥© simple.history_ (IG) #archaeohistories

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Charlotte is a spider-inspired construction robot developed by Australian startups Crest Robotics and Earth Built Technology. It is designed to revolutionize building by using local raw materials instead of traditional cement. The robot can 3D print an entire 2,150-square-foot house in just 24 hours. With its bio-inspired legs, Charlotte can move autonomously, adjust its height during construction, and operate without the need for scaffolding. Although still in the prototype stage, Charlotte represents a major step toward sustainable housing solutions on Earth and future construction possibilities on the Moon.

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ICON President Will Hurd gives the bull case for 3D printing. "Whether you want a box or a Fibonacci spiral, the cost is exactly the same... We have gotten our price down to below the national average of putting up walls, which is the most expensive part of construction." "With concrete, termites don't eat it, you can't burn it, and it stands up against a flood. These are some of the challenges you don't have in traditional construction"

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The #Bauhaus Bauspiel is a wooden building toy designed in 1923 by Alma Siedhoff-Buscher as part of her training at the Bauhaus school in Germany. It was intended to teach children about construction and foster creativity through play.

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🇦🇱 Update: Villagers in Librazhd, eastern Albania, tore down fences erected as part of the construction of a hydroelectric power plant. Village representatives said the fences had blocked access to the village's drinking water source for six months and that construction in the area has contaminated the water.

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This robot build homes 🧱 The housing crisis calls for innovative solutions beyond traditional construction methods. This is Hadrian X, a robotic bricklayer developed by FBR. This automated system can construct 5-10 single-story houses efficiently, showcasing its potential to address housing shortages. The solution offers a Walls-as-a-Service program, allowing contractors to utilize this technology for faster construction. This robotic approach could lead to millions of new houses being constructed without the limitations of human labor shortages. What are your thoughts? ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

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