In this week’s blog post we will start looking at some of the features that can be used within Simcenter STAR-CCM+. Yet, we carefully must distinguish between Wizards and add-ons. The wizards are free tools that can be activated in your GUI, while the add-ons are functionality that require their own license. (except the electronics cooling toolset)
Wizards STAR-CCM+ addon
The available wizards addon are:- Fire and Smoke
- Thermal comfort
- Simcenter SPEED motor tool import wizard
- The IDF import wizard.
- HPW (hull performance workflow). A wizard used to perform calculations on ship hulls. Is included in the basic license but requires separate installation and comes with its own documentation. Was covered a few weeks back in a separate blog post. (See link)
Fire and smoke wizard
When activating the fire and smoke wizard, you specify a fire region, where you have a fire burning. The work-procedure is to first create a Volume mesh in Simcenter STAR-CCM+ where you define both your burning and non-burning regions, respectively. There are some specific settings for the actual fire. We are not going to get into details regarding those. But once you are done with your settings you select apply and the software will automatically set up the necessary interfaces, create the necessary physics continua and provide you with a couple of relevant reports and plots for the specific problem. There are of course several advanced options for fire-simulations, you can use fire barriers and include ventilation. A simple temperature result from a Steckler Fire room can be seen below.The fire and smoke wizard includes the following capabilities for building fires:- Fire regions and sources
- Soot sources
- Velocity inlet boundaries for ventilation
- Fire doors
- Heat and smoke detectors
Thermal comfort model
The thermal comfort model enhances simulation of passenger comfort inside a vehicle (typically an automobile).Its capabilities for this application include:- Passenger characteristics—height, clothing resistance, and metabolic rate
- Relative humidity
- Insulating effects of the vehicle walls
- Radiation and convection for the dashboard and other surfaces exposed to the vehicle powertrain
- Air recirculation, which uses the air humidity to evaluate the energy loads on the air conditioning system. There are certain requirements and considerations that you should note when running air recirculation simulations.