Fatigue Analysis of Biomedical Devices

The Finite Element Method is indispensable for fatigue analysis of biomedical devices like dental implants due to their complex loading environments and material properties. FEM accurately models stress distribution, enabling engineers to identify critical regions susceptible to fatigue failure. This method considers factors such as implant geometry, material behavior, and biting forces, ensuring realistic simulation of in vivo conditions.

By utilizing FEM, engineers optimize implant designs to withstand cyclic loading, minimizing the risk of fatigue-induced fractures and enhancing long-term implant stability.