Subsonic

Find projects using the subsonic analysis type here. | Page 1

This case aims to validate the cavitation model, available for the subsonic solver in a pipe section with an orifice plate

In response to Steve Mould's video - Copy

This validation case analyzes the multicomponent simulation of a propane jet flow. The goal is to understand the flow patterns and concentration distribution of the propane jet with coflowing air. This analysis assists in designing combustion chambers by examining gas flames and injection processes.

This is an example project using the Subsonic solver for high pressure hydrogen valve.

This example demonstrates how to setup a high pressure hydrogen case using both the Perfect/Ideal gas model and the Real Gas model, which is achieved through tabular upload of density and specific enthalpy as a function of pressure/temperature.

You can also see this project step by step setup through the following video
https://www.youtube.com/watch?v=w6N_c5hEh4Y

Cooling plate design of a hydrogen fuel cell - Copy

Industrial mixing tank example using the Multiphase solver.

In this example, a simple tank and a baffled tank design are compared in terms of mixing performance. The simulation involves 2-phases (air/water) and rotating parts (impellers).

As a final step, a sparger is implemented at the bottom of the tank, to simulate the tank aeration process.

This example is part of our free on-demand Multiphase webinar. Please register via the following link to watch how this case was setup inside the SimScale platform.
https://www.simscale.com/webinars-workshops/new-multiphase-flow-capabilities/ - Copy

Design study of a EV battery cooling plate - Copy

Cooling plate design of a hydrogen fuel cell - Copy - Copy

Transient analysis of external aerodynamics of a quadcopter drone with conventional propellers and with toroidal propellers. Featured by The Action Lab in this video: https://youtu.be/z58RORCUTao - Copy

Transient analysis of external aerodynamics of a quadcopter drone with conventional propellers and with toroidal propellers. - Copy

This tutorial project aims to showcase how to set up and run a simulation for a pump geometry. The Standard meshing tool was used. - Copy

The case analyses a dam break with an overflow over a rectangular box.

Simulate Fluid Dynamics on a Pelton Turbine

Cooling plate design of a hydrogen fuel cell

In response to Steve Mould's video - Copy - Copy

Design study of a EV battery cooling plate 2 - Copy

Droplet Release Evaluation
Phase 0: Air
Phase 1: Water
Half Model

The results of this SimScale validation case of a centrifugal pump are compared with the results of the study by WANG Xiu-yong and WANG Can-xing entitled Performance Prediction of Centrifugal Pump Based on the Method of Numerical Simulation.

The SimScale subsonic solver was used. - Copy

Evaluate the performance of 3 different axial fan designs and seamlessy extract fan efficiency curves.

Quickly perform RPM sweeps to evaluate the axial fan model under different operating conditions

In this project, a multiphase flow analysis of a globe valve is performed.

Steady state and transient analysis of an industrial 7 blade fan ducted fan assembly with cowling.

In this project, a thermal shock & flow analysis of a globe valve is performed. Multiphase (Air/Water) & Single phase flow is modeled.

Assessment of the water level of a cooling tower water distribution open channel.

The channel has a water inlet and numerous holes for outlet, while it is open to the atmosphere.

Three different designs are evaluated to optimize the filling performance. Watch our on-demand webinar about Multiphase capabilities where this case is presented in more detail
https://www.simscale.com/webinars-workshops/new-multiphase-flow-capabilities/

Industrial mixing tank example using the Multiphase solver.

In this example, a simple tank and a baffled tank design are compared in terms of mixing performance. The simulation involves 2-phases (air/water) and rotating parts (impellers).

As a final step, a sparger is implemented at the bottom of the tank, to simulate the tank aeration process.

This example is part of our free on-demand Multiphase webinar. Please register via the following link to watch how this case was setup inside the SimScale platform.
https://www.simscale.com/webinars-workshops/new-multiphase-flow-capabilities/

Subsonic | SimScale Project Library | Page 1