Torsional Strength Torsional strength measures a 3D printed part's resistance to twisting forces, crucial for shafts, connectors, and mechanical assemblies. It evaluates shear stress, deformation, and fracture behavior under torque. Torsional strength is influenced by material properties, layer bonding, and infill patterns. Proper design, print orientation, and reinforcement strategies enhance torsional performance. Advanced testing equipment and simulation tools predict torsional failure and optimize part geometry. Torsional strength is essential for dynamic components, functional prototypes, and load-bearing structures in automotive, aerospace, and robotics. |