CFD Vision has completed computational fluid dynamics projects across a range of engineering applications, including industrial fluid flow, turbomachinery, heat transfer, HVAC, hydraulics, multiphase systems, and external aerodynamics.
The selected projects in this portfolio demonstrate how CFD simulation can be used to investigate complex physical behavior, identify performance limitations, compare engineering alternatives, and support better design decisions. Depending on the application, the analysis may involve airflow and liquid flow, pressure distribution, thermal behavior, cavitation, turbulence, multiphase phenomena, aerodynamic performance, or equipment optimization.
Explore CFD Projects by Application
Projects can be explored across areas such as:
HVAC & Building Services | Hydraulic & Water Systems | Turbomachinery & Rotating Equipment | Thermal & Heat Transfer Systems | Multiphase & Process Flow | Aerodynamics & External Flow | Industrial Fluid Flow & Equipment | Research, Technology & Advanced CFD
Use the project portfolio below to explore selected CFD applications, engineering challenges, simulation methods, and practical outcomes.
Commercial Aircraft External Aerodynamics CFD Simulation
This project used Computational Fluid Dynamics (CFD) to investigate the external airflow around a commercial…
High-Performance Sports Car External Aerodynamics CFD Simulation
Transient CFD Simulation of Airfoil Stall at Mach 0.6
CFD Analysis and Performance Improvement of an Oil-Lubricated Bearing
Cavitation CFD Analysis of a Centrifugal Slurry Pump
Have a CFD Project to Evaluate?
CFD Vision provides CFD consulting and simulation services for industrial engineering, product development, technical research, and design optimization.
If your project involves fluid flow, heat transfer, aerodynamics, rotating equipment, multiphase phenomena, hydraulic systems, or another CFD-related engineering challenge, we can help assess the problem and determine an appropriate simulation approach.
Contact CFD Vision to discuss your CFD project.