![]() ![]() ![]() The parts that are not used to its full potential can be removed and new analysis is performed. The pattern shows us, which segments of material are doing most of the work and which are just infill. Where to locate them? If we analyse the stresses in the material, we will discover interesting pattern, which is caused by the irregularity of the foundation placement. Therefore we need to introduce some openings. That is definitely a very robust construction, on the other hand, it would be nice to have some light inside as well. For the second scenario, we started with a solid slab of material on each side of the building. There are many ways to achieve that, though. ![]() The weight of the structure needs to be held. One of the tasks of an architect is to remind people that gravity exist. How can AAD be used to create interesting and useful architecture reacting to the conditions around? Let’s take a look at first 3 case studies we prepared for our exhibition! Scenario 1 – Topostructure And obviously we want our colleagues, peers, teachers and general public to be amazed by our designs. We know what it is, what software can be used and we know that it can create exciting results. Last time, we briefly scratched the surface of AAD. ![]()
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