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.
Pore-scale CFD simulation resolved flow and heat transfer between individual particles in a packed-bed thermal energy store, revealing the local mechanisms that…
View Project : Pore-Scale Packed Bed CFD Simulation for Thermal Energy StorageCFD simulation of a horizontal-axis wind turbine investigated blade loading, root and tip flow behaviour, and wake recovery for academic research into…
View Project : CFD Simulation of a Wind TurbineCFD analysis of an open channel with a triangular (V-notch) weir supported the design of a hydraulic research facility, confirming the head–discharge…
View Project : CFD Analysis of an Open Channel with a Triangular WeirTransient CFD simulation of a hybrid vertical axis wind turbine resolved how the drag-type and lift-type rotor elements interact through each revolution,…
View Project : CFD Simulation of a Hybrid Vertical Axis Wind TurbineCFD analysis supported the design of a high-temperature thermal energy storage test facility by predicting hot-gas temperature loss along the pipework and…
View Project : CFD Design of a High-Temperature Thermal Energy Storage Experimental FacilityCFD analysis evaluated hot-gas flow through a redirected test system to improve velocity uniformity across the main experimental section. Sector Research and…
View Project : CFD Analysis of Hot-Gas Flow Uniformity Through a Test SectionCFD simulation of a Ranque-Hilsch vortex tube resolved the swirling compressible flow that splits compressed air into hot and cold streams, and…
View Project : CFD Simulation of a Vortex Tube for Hot and Cold Air SeparationA variable converging-diverging nozzle was designed and developed, including a mechanism that adjusts throat area, expansion and flow direction. CFD and FEA…
View Project : Design and Development of a Variable Converging-Diverging Nozzle with CFD and FEAAdvanced CFD simulations were used to investigate microdroplet impact on heated and cooled microstructured surfaces. The project captured boiling and vapor generation…
View Project : Advanced CFD Simulation of Microdroplet Boiling and Freezing on Microstructured Surfaces2D and 3D VOF simulations were used to investigate microdroplet impact on different microstructured surfaces. The analysis captured spreading, recoil, contact behavior,…
View Project : 2D and 3D CFD Simulation of Microdroplet Impact on Microstructured SurfacesCFD simulation was used to investigate combustion inside a microchannel, with emphasis on reacting flow, temperature distribution, heat transfer, and flame behavior.…
View Project : CFD Simulation of Combustion in a MicrochannelCFD simulation was used to investigate airflow through the human upper airways for research purposes. The analysis provided detailed insight into velocity…
View Project : CFD Analysis of Airflow Through the Human Upper AirwaysWorking on a similar problem?
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