Multiphase Flow Analysis Services For Various Applications/Industries
Increasing complexity in industrial mixing and separating devices is posing challenges to manufacturers to evaluate conventional product testing methodologies.
Our CFD solutions for multiphase flow assists design engineers to optimize the design of equipments involving mixing and separation of fluids present in multiple phases. With proper application of turbulence models and flow equations, our analysts helps in evaluating the performance of mixing or separation devices as well as predict the interaction between the solid and liquid or gas particles. The solution also helps engineers to visualize droplets and track particles without conducting experimental investigation.
Predicting particle size, trajectories, collision and breakup can provide key information to engineers with respect to the product design right from the initial design phase. Design can be modified against the simulation results predicting the particle deposition and growth rate due to obstacles in the design, allowing final design to remain flawless.
Through simulation, we aim to significantly reduce the product development costs involving complex fluid flow behavior and allow the manufacturers to bring their products to the market at the right time.
Domain Expertise / Application Areas:
We assist automotive engine designers with required insights on the behavior of fuel injection system through multiphase flow analysis and subsequently help in optimizing the design for improved engine efficiency. Our solutions provide details on fluid spray distribution and the resulting reaction occurring inside the chamber for mixed species and reacting flows.
Our CFD engineers help industrial equipment designers to improve the design of devices involving multiphase fluid flow such as furnaces, heat exchangers, separators and process equipments like pipes, valves and scrubber.