How the cooling can be assured for very high currents (CFD simulation)
View ProjectLearn how to reduce pressure drop (energy efficiency) while maintaining mass throughput.
View ProjectHow to design modern (almost) carbon free internal combustion engines (3D CFD Simulation)
View ProjectDiscover now how to achieve longer life and more solid power and energy density through thermal management (CFD simulation)
View ProjectUnveiling Our New Wood Combustion Simulation Model (3D CFD simulation)
View ProjectHow to compute the interaction between fluid mechanics and the structural mechanics on a rigid body (CFD simulation)
View ProjectHow to analyse the efficiency of a cyclone particle separator
View ProjectSuccessfully designing a channel for liquid fluids (CFD simulation)
View ProjectHow does the HVDU behave under transient conditions? Read more in the project description (CFD Simulation)
View ProjectHow the optimal design of the injector can be found (CFD simulation)
View ProjectHow to develop a modern and efficient internal combustion engine by means of 3D CFD simulation
View ProjectHow fire and smoke simulations support building design (CFD Simulation)
View ProjectDiscover the potential of an analysis of the flame-wall interaction
View ProjectHow to successfully minimize pressure drop in a cooling system (CFD Simulation)
View ProjectThese automation processes can significantly reduce the time required to perform CFD simulations. Learn more now.
View ProjectHow to optimize crucial components in power plants? (CFD Simulationen)
View ProjectSimulate entire engines simultaneously using 1D/3D coupled calculations.
View ProjectThus, different operating conditions and engine designs can be investigated.
View ProjectThe goal is to search for, identify, and provide evidence of a gas.
View ProjectUse simulation tools to find the optimal injection strategy and evaluate the best mixing device.
View ProjectCombustion, emissions and temperature distribution in a waste incinerator (CFD simulation)
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