• •Software developer Tymscar utilized Blender 3D modeling to simulate the material efficiency of crinkle-crankle walls versus straight brick walls.
• •The simulation confirms that wavy designs require fewer bricks per unit of length because the increased stability of the curvature allows for a single-wythe wall thickness.
• •The analysis remains limited to a theoretical geometric model and does not account for the additional labor costs or specialized masonry skill required to build non-linear structures.

Engineering analysis using Blender software demonstrates that crinkle-crankle wall designs consume fewer bricks than traditional straight, double-thickness walls. While straight walls typically require two wythes of brick for structural integrity, the geometry of a wavy wall provides sufficient rigidity at a single-brick width. However, the simulation does not incorporate the complex labor variables or mortar requirements that define real-world construction feasibility. Whether the material savings translate to lower total project costs depends on balancing reduced brick consumption against the precision labor needed for non-standard wall layouts.