This project focuses on performing a complete static structural analysis of an industrial mounting bracket using ANSYS Workbench. It covers geometry import, material assignment, meshing, and application of real-world loads and boundary conditions. Stress, strain, and deformation results are evaluated to verify structural safety and design feasibility. Optimization insights are derived to improve strength while reducing material usage. The project reflects real-world structural validation workflows used in manufacturing and mechanical design industries.

This project focuses on analyzing heat transfer performance of an electronic heat sink using ANSYS Thermal tools. It involves modeling conduction, convection, and thermal boundary conditions to study temperature distribution under operating loads. Steady-state and transient thermal behaviors are evaluated to identify hotspots and cooling efficiency. Results are used to enhance thermal management and reliability. The project mirrors real-world thermal simulation practices used in electronics and product design sectors.

This project focuses on simulating fluid flow through an industrial piping system using ANSYS Fluent. It includes mesh generation, fluid property definition, turbulence modeling, and application of inlet and outlet conditions. Velocity, pressure drop, and flow behavior are analyzed to improve system efficiency. Design recommendations are made based on simulation outcomes. The project reflects real-world CFD workflows used in energy, oil and gas, and process engineering industries.