This mechanical assessment method evaluates the structural integrity of skeletal components through the application of force until deformation or failure occurs. For instance, a specimen is subjected to a controlled bending load, and resulting stress and strain are measured. The data obtained reveals properties such as flexural strength and elasticity.
Such evaluations are valuable in biomechanical research and forensic science. The information gathered assists in determining the resistance to fracture under specific loading conditions and can provide insight into the effects of various factors, such as age or disease, on skeletal fragility. Moreover, the methodology aids in understanding injury mechanisms and patterns, particularly in trauma analysis.
