Member Login

Email
Password
Forget PasswordRegister

Multiscale.Sim

 

MSim_header

Multiscale.Sim
Multi-scale CAE tool for material design with simulation

CYBERNET SYSTEMS CO.,LTD. has offered a variety of service and sales of Ansys for over 20 years, and has been providing various analysis solutions based on analysis techniques that have been developed over many years. In recent years, the need for multi-scale analysis using homogenization method as an effective technique for material design/development is growing. Accordingly, we have developed customized products based on Ansys for multi-scale analysis that allows the linking of macro structure and micro structure analysis as a solution.

Analysis workflow

Multiscale.Sim is a CAE tool for multi-scale analysis that is developed by using the customized language of the multi-physics analysis tool Ansys . Multiscale.Sim provides the analysis systems that are needed for multi-scale analysis, such as macro structure analysis, localization (micro structure) analysis, and numerical material test of micro structure by the homogenization method. Multiscale.Sim uses standard features of Ansys that has a track record for many years of service as an analysis engine for mesh creation and solver. Please note that a contract of conjunction with Ansys products for this product is required since it is an add-on product to Ansys if you do not hold any Ansys product licenses.

 

Analysis workflow of Multiscale.Sim

 

Analysis workflow of Multiscale.Sim


Multiscale.Sim Webinar Recordings & Product Videos

A selection of past webinar recordings and product videos explaining some of the key features of Multiscale.Sim such as homogenization and localization analysis are available on the official CYBERNET YouTube channel.


Trial License

Multiscale.Sim offers fully functional 30-day trial licenses for evaluation purposes. The trial license comes with technical support from Channel Partners as well as direct support from the developers in Japan (Available in English and Japanese).

TOP