Rasya KIRANIAMARNATH

Defining and validating the Thermal flow distribution inside the oven cavity using Multiphysics modeling in CFD using STARCCM+ The Job involves predicting Heat transfer dynamics, Airflow patterns, Heat flux calculation induced by fan rotation, etc. Modeling the oven heater using Control systems and regulating it according to IEC Standards using SIMULINK MATLAB.

"Modeling of thermo-aerolic phenomenon in the mechanically ventilated electrical room" Cracked the HVAC problem with a numerical approach considering all the parameters influencing heat loss. Simulated the airflow patterns, Temperature distribution, and rate of heat evolution/heat flux, Depicted heat escaping/dead zones. Evaluated the dynamic, thermal, and thermodynamic behaviors. Successfully assessed the ventilation system’s performance using the CFD tool Code Saturne.

Validity of Interpolations of Pollutant dispersion in an urban environment” Predicted the pollutant dispersion from the stack in the stable atmosphere. Solved for Velocity, Pressure, and Pollutant concentration (NOx, PM). Assessed the air pollutant dispersion using the CFD tool OpenFoam and interpolated the results for all the directions using Python.

Designed the multi-rotor Drones (Quadcopter) using SolidWorks. Performed Aerodynamic analysis for one of the drones using the CFD tool Ansys Fluent Investigated the effect of airflow on the quadcopter frame. Particularly Velocity, Lift, Drag, and Pressure changes have been studied.

Turbulence, Fluid mechanics, CFD, Aerodynamics, LES & DNS, Aeroacoustics, Stability, Turbomachinery, Turbulent heat Transfer, Numerical Analysis, Signal Processing, Thermodynamics

Aerodynamics, Propulsion, Aircraft structures, Materials and Technology, CFD, Aircraft Design, Space Technology, Fluid Mechanics, Heat Mass Transfer, Thermodynamics, Avionics, FEM, Fracture Mechanics, Flight Mechanics, Aerospace Design, Composites, Vibrations, Helicopters, Engineering Mechanics.