Specialized in Large Eddy Simulation and advanced computational fluid dynamics for complex flow phenomena in aerospace and energy sectors
High-fidelity CFD analysis for aerospace and energy applications
We provide specialized high-fidelity CFD analysis tailored to aerospace and energy sector challenges. Whether you require LES for turbulence-dominated flows or advanced aerothermal analysis, we deliver accurate, reliable solutions.
We conduct Large Eddy Simulations and DNS-level analyses using our GPU-accelerated PyFR infrastructure, resolve complex flow physics that RANS methods cannot capture, and provide detailed insights into turbulent flow structures and unsteady phenomena. We take full responsibility to analyze the problem, define a solution, implement the solution, and transfer knowledge.
Our clients recognize us for our exceptional accuracy in turbulence modeling, our expertise in high-fidelity simulations, and our ability to deliver actionable insights from complex flow analyses. Taking you to the next level!
Ready to accelerate your CFD projects with GPU-powered simulations?
Contact UsComprehensive CFD and aerothermal engineering solutions
High-fidelity turbulence modeling for complex, unsteady flow phenomena using GPU-accelerated computational methods.
Advanced aerodynamic and aerothermal analysis for aircraft, propulsion systems, and aerospace components.
CFD solutions for sustainable energy systems and power generation technologies.
Detailed flow and thermal analysis for mechanical parts and assemblies.
Specialized knowledge in computational fluid dynamics and advanced engineering
High-order flux reconstruction CFD solver optimized for GPU acceleration
Parallel processing infrastructure for large-scale simulations
Direct Numerical Simulation and Large Eddy Simulation capabilities
Heat transfer, thermal management, and high-temperature flows
SolidWorks, CATIA, Fusion 360 for design and manufacturing
Fanuc automation, RoboDK programming, process optimization
Python, MATLAB, ParaView for post-processing and visualization
Non-destructive testing, photothermal inspection, quality control
Aircraft aerodynamics, propulsion systems, flight physics
Specialized in Large Eddy Simulation and high-fidelity CFD for aerospace and energy
Wyom Gupta, founder of AeroQuant Dynamics, is a computational fluid dynamics specialist focusing on Large Eddy Simulation and high-fidelity turbulence modeling. Currently pursuing a BASc in Aeronautical Engineering at Inholland University with a term average of 86.86%, With expertise in GPU-accelerated simulations and advanced numerical methods, Wyom delivers exceptional accuracy in complex flow analysis for aerospace and energy applications.
AeroQuant Dynamics | 2024 - Present
Specialized in Large Eddy Simulation and high-fidelity CFD analysis for aerospace and energy sector applications. Developed GPU-accelerated computational workflows using PyFR solver for complex turbulent flow phenomena. Expertise in unsteady aerodynamics, aerothermal analysis, and multi-scale turbulence modeling.
Inholland University | 2019 - Present
BASc in Aeronautical Engineering with focus on computational fluid dynamics and advanced aerodynamics. Research in GPU computing, high-order numerical methods, and turbulence modeling. Graduated with 86.86% term average, specializing in CFD applications for aerospace systems.
6-GPU parallel processing system with CUDA acceleration for high-performance CFD simulations
100M+ cell simulations with DNS and LES turbulence modeling capabilities
Large Eddy Simulation, turbulence modeling, unsteady flow analysis, and vortex dynamics
Dutch (Native), English, Hindi – enabling international collaboration
Get in touch to discuss your CFD and aerothermal engineering needs
AeroQuant Dynamics
Netherlands
