chalumuru manas

Performed CFD thermal analysis on EV motor components (rotor, stator, windings, housing) to optimise cooling and meet CTQ temperature limits. When targets weren’t met, led R&D by modifying flow and thermal parameters—such as Design parameters, coolant rate and properties that affect the thermal efficiency—to enhance overall cooling performance and ensure reliability of critical powertrain systems.

1. CFD and Jet Leak Simulations: Conducted CFD simulations - Ventilation & Dilution study on gas turbine compartments, assessing potential fuel (Hydrogen - Methane mixture ) leaks and high-temperature fuel interactions. 2. CTQ Compliance: Ensured critical components (Electrical Units) near high-temperature pipes met standards. Mitigation Plans: Developed and implemented strategies when CTQs were not met, altering designs or flow parameters.

1. Performed advanced CFD simulations of aircraft aerospike nozzles, focusing on coupled thermal, structural, and fluid dynamics using ANSYS Workbench. 2. Analysed exhaust flow patterns and optimised nozzle geometry to enhance performance and minimise aerodynamic and thermal losses. 3. Simulated high-temperature and high-pressure flow conditions to evaluate thermal stresses and material deformation under operational loads.