SimScale offers robust Multiphase simulation capabilities that leverage our cloud-native platform to simplify the simulation workflow and reduce simulation turnaround time.
Multiphase flow is common in many industrial applications like process engineering, oil & gas equipment, turbomachinery & industrial equipment, marine, and hydraulic engineering. Multiphase flow simulations are inherently complex and time-consuming. Accuracy and fast turnaround time are crucial for evaluating design performance.
Predict performance curves for two-phase flows
Predicting performance curves for two-phase flows requires transient simulations and a cloud-native multiphase solver allows fast parameterization of operation conditions to obtain performance curves in minutes. This is relevant for pumps, valves, piping systems, industrial equipment, etc.
Cavitation effects in pumps and hydro turbines
SimScale’s cavitation model can robustly model the effect of vapor bubbles in incompressible liquid flow (e.g., pumps, hydro turbines, marine propellers, etc.)
Flow analysis and hydraulic efficiency computations
Quickly and accurately compute flow analysis and hydraulic efficiency for different types of industrial equipment, hydrofoils, etc.
Free surface flow simulations to predict exact flow patterns, volumetric flow rates & exit velocities, and structural loading due to fluid flow
Fully understanding the free surface behavior of flow and consequent structural loading and discharge characteristics is cruicial to developing better designs that can withstand a range of operating conditions.
Static ship/boat hull resistance studies to evaluate the hydrodynamic performance of the ship
Carry out resistance studies to evaluate hydrodynamic performance experienced by the structure.
Fluid flow analysis and efficiency calculations for hydrofoils
Quickly draw key insights from hydrofoil behavior under a variety of fluid flow conditions, optimize designs, and maximize the overall performance.
SimScale is the only platform that makes simulation truly accessible, realizing the above benefits without the hassles of traditional simulation software.
