Abstract
Abstract: Proximal femoral fractures, which frequently affect the elderly, provide a significant problem in orthopaedic surgery that calls for creative treatments. This study focuses on the thorough examination of porous compression plates intended to treat these fractures that have different lattice structures of Gyroid, Schwarz D, Schwarz P and material properties. The research examines the mechanical behaviour of these implants using finite element analysis (FEA) simulations, as well as the impact of lattice parameters and material selections on deformation, stress distribution and strain. The results provide crucial information for selecting the best implants, which could alter the treatment of proximal femoral fractures by improving patient outcomes, lowering complications, and developing orthopaedic surgery. Schwarz P lattice structure was found to be best in case of Ti-6Al4V while Schwarz D lattice structure was best for 316L SS.
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