Design, 3D Modelling, and study on L-Bracket Rib Strength through FEM Analysis: A Comparative Study using Solid Works and Ansys Software

Abstract

Brackets are integral to many engineering applications, providing structure support and stability. The use of FEM analysis in this study allows for a more accurate and detailed understanding of the behaviour of brackets under different loading conditions. Our findings provide valuable insights into the design and optimisation of frames using FEM, highlighting the novelty of this approach. In this study, we have designed and created a 3D model of a bracket using Solid Works software. The bracket's strength and other design parameters were investigated using Finite Element Method (FEM). FEM studies were carried out for different thicknesses, lengths, and rib designs in the bracket. The FEM results from Solid Works were compared with those obtained using Ansys software. Based on the comparison, we concluded the FEM results and suggested the optimum thickness and design of the rib. Additionally, we compared the deformation in Solid Works & ANSYS software for the same boundary & loading conditions for three different bracket configurations. Overall, this study demonstrates the potential of FEM analysis in improving the design and performance of brackets in engineering applications. By comparing the results from different software and configurations, we identified the optimal design parameters for the frame, providing a valuable contribution to the field.