Yes, computational design can increase the durability of building materials. By using computer simulations and algorithms, designers can identify weak points in materials, predict failure points, and create structures that are better suited to withstand stress and wear.
Furthermore, computational design can optimize the use of materials, reducing waste and improving sustainability. By using materials more efficiently, buildings can be designed to last longer and require less maintenance over time. Additionally, by being able to analyze structural behavior of design models, better decisions can be made to achieve permanence and stability, thus contributing to increase the durability of building materials.
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