CFD

Computational fluid dynamics simulation showing velocity magnitude distribution with a color scale from blue to red. The image is labeled Ansys 2022 R2, contour-2, indicating it represents fluid velocity patterns.

Thermal simulation image from Ansys showing temperature distribution in a rectangular object with a repetitive pattern, color-coded from blue to red indicating temperatures from approximately 275K to 325K.

Computational fluid dynamics simulation showing turbulence levels in a blue rectangular airflow model, with a color-coded key ranging from blue to red indicating turbulence intensity from low to high.

3D simulation of fluid flow with velocity vectors and a color scale indicating velocity magnitude in meters per second, created with Ansys software in 2022 R2.

Finite element analysis of a surface with a wave-like distortion, shown in black mesh lines, in a simulation software interface by Ansys, version 2022 R2.

Computational fluid dynamics visualization of airflow velocity, showing high velocity regions in red and low velocity in blue, with arrows indicating flow direction through a pipe or duct.

A color contour plot depicting static temperature distribution with a color legend on the left, showing values from 345 to 345.1 Kelvin, and a blue background. The right side has a gradient indicating temperature variation.

Color-coded rectangle with arrows showing temperature distribution and heat flow, labeled with temperature in Celsius at the top, x and y axes with units in meters, title indicating 2-D temperature field at 30 seconds.

Graph titled 'Temperature Distribution in Aluminum Fin' showing temperature variation from 20 to 32 degrees Celsius on the y-axis and position in meters from 0 to 0.03 on the x-axis. Multiple colored lines represent temperature at different times fro

Computational fluid dynamics simulation of velocity magnitude in a pipe bend using Ansys software.

I utilize computational fluid dynamics (CFD) to analyze and optimize fluid behavior across a range of applications. My expertise includes simulating airflow over airfoils and drones to enhance aerodynamic performance, modeling pressurized fuel flows and combustion processes within rocket engines, and evaluating hydrodynamic effects for boat design. Additionally, I conduct thermal load and cooling system simulations to ensure structural integrity and efficiency. I am proficient in using both ANSYS Fluent and OpenFOAM to create high-fidelity simulations that support innovative engineering solutions.

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