Some engineering questions go beyond standard CFD practice and need careful physical modelling, custom setups and critical interpretation. These projects support universities, research institutes and R&D teams working on thermal energy storage, pore-scale packed beds, microdroplet phase change, compressible swirling flow, wind energy and the design of experimental test facilities. The work often combines several physics, such as conjugate heat transfer, multiphase interfaces or rotating domains, and includes verification against analytical solutions, correlations or experimental data where possible. Beyond individual results, these studies help researchers design better experiments, calibrate simplified models and understand the mechanisms behind their measurements, drawing on more than 10 years of academic and applied CFD experience.
Transient CFD simulation was used to investigate stall development over a NACA airfoil at Mach 0.6 as the angle of attack increased.…
View Project : Transient CFD Simulation of Airfoil Stall at Mach 0.6CFD analysis was used to evaluate lubricant flow and pressure behavior within an oil-lubricated bearing and support improvements to its design and…
View Project : CFD Analysis and Performance Improvement of an Oil-Lubricated BearingWorking on a similar problem?
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