Notable projects
BAJA SAE driveshafts
Driveshafts for BAJA SAE were designed in Solidworks with in-shaft p3 polygons. All the required analysis were performed
in ANSYS to accommodate weight reduction and high strength.
Conjugate heat transfer and thermal stress of 4 intake exhaust manifold (ANSYS AIM)
In this project 4 intake exhaust manifold of an automobile was analyzed for which flow analysis was performed first to calculate the fluid flow and get temperature distribution. These results were later used as an input for thermal stress analysis.
Impact analysis of a bullet projectile- ANSYS WORKBENCH
In this project an explicit dynamic analysis was performed on a bullet which hits an assembly of 4 plates with an initial velocity of 800 m/s. Event time was set to 0.00015 seconds. A fine mesh was generated around the point of impact for more accurate results. Maximum equivalent stress of 1.2e9 Pa, Equivalent plastic strain of 2.4677 m/m and a total deformation of 0.11778m was obtained.
Slide tool project
The aim of this project was to make model in Solidworks from provided drawings, make bill of materials (BOMs)
CART PROJECT
The main aim for this project was to get familiar with CREO parametric software platform. The approach used for this project was a bottom-up design. Parts and sub-assemblies were first made and then they were assembled together to make a cart.
BAJA SAE
Designed, optimized, assembled, and tested Baja SAE race car from concept to manufacturing
About me
As a mechanical engineer with expertise in industrial automation, I strive to design innovative solutions that improve efficiency and productivity while maintaining safety and reliability. Let me know how I can assist you further.
