Application of MATLAB Code for Optimized Structural Analysis in Mechanical Engineering

The integration of computational tools in mechanical engineering has become increasingly pivotal for advancing research and development. This study presents a MATLAB-based framework for solving complex structural analysis problems, including stress-strain relationships, vibration analysis, and thermal deformation simulations. The developed code provides a user-friendly interface and enhances computational efficiency while ensuring high accuracy. A case study on truss optimization demonstrates the practical application of the proposed framework, yielding significant reductions in material usage without compromising structural integrity. The results validate MATLAB's capability as a robust tool for mechanical engineering applications, offering reproducibility and scalability for diverse problem domains.