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deepmind.google·6d ago
AI Engineering
Lobsters·Jul 4·5 min read
Do Wavy Walls Really Use Fewer Bricks? I Tested It in Blender
TL;DR
There is limited information on Crinkle Crankle walls, a type of curvy brick wall that may use fewer bricks. Using Blender, a 3D modeling software, a test was conducted to analyze the brick usage in these walls.
✦ Why It Matters
Engineers can explore Crinkle Crankle walls for potential cost savings and material efficiency in construction.
Key Takeaways
- Investigate alternative wall designs for material efficiency.
- Utilize 3D modeling tools like Blender for architectural analysis.
- Consider structural benefits of wavy wall designs.
- Research historical architecture for modern applications.
Full Summary
Crinkle Crankle walls, originating in ancient Egypt, are characterized by their sinusoidal curves, which provide structural stability and resistance to lateral forces. The author revisited this architectural concept after observing a Crinkle Crankle wall in the UK and decided to explore its efficiency using Blender, a popular 3D modeling tool.
By modeling both curvy and straight walls, the author quantitatively assessed the number of bricks required for each design. The results indicated that the wavy walls could use significantly fewer bricks, potentially leading to cost savings and reduced material usage.
This exploration highlights the need for further research into alternative wall designs that optimize resource use. Engineers and architects could leverage these findings to innovate in sustainable building practices.