Відео

Thank you for your interest in the features of STAR-CCM+. 13:32 You can manually create an interface using the 'weak control creator' and the 'update-boundary-mode interface'. Although the mesh connection is not conformal, it can still provide accurate information through interpolation. This is known as a 'mapped contact interface', which is particularly useful when dealing with multiple parts that require contact.

안녕하세요. 위 영상처럼 RC table을 이용한 ECM 모델을 사용하기 위해서는 STAR-CCM+ Batteries 모듈이 필요합니다. 감사합니다.

Thank you for your interest in this video. A way of simulating battery heat using only STAR-CCM+ is to configure DCIR (from test or reliable paper) as a table or field function. Although less accurate, it is still a valid method. This batteries module with ECM runs on STAR-CCM+ 2021.3 (v16.06) or higher. ECM is a method that helps to more accurately predict temperature in complex charging and charging cycles because it includes the pulsing and resting effects of the battery.

Sorry for the late reply. Part files are difficult to share due to internal regulations. The material library is located in the path below. C:\Siemens\Simcenter3D_2206\SIMULATION\magnet\materials C:\Siemens\Simcenter3D_2206 is the path where Simcenter 3D is installed. Have a nice day!

@WorkonSimulation Hey, thanks for your answer. Just one more question when I try it: how did you create the 'non-laminated' material? MAGNET throws an error when I use the library material (M350_50A) together with surface impedance because it's a laminated material. But if I remove the lamination thickness, it throws an error for non-conductive material. Not sure what to do here. thanks!