Harness the power of new materials for development! We predict material properties and connect them to added value!
"Multiscale.Sim" is an analytical tool that enables detailed simulations considering the properties of composite materials. Using the "ANSYS" analysis engine, it possesses multi-scale analysis functions necessary for coupled analysis of microstructures and macrostructures, including the calculation of equivalent material properties through numerical material testing, macro model analysis, and localization analysis. By understanding the anisotropic material properties, it achieves improvements in the productivity and quality of composite molded products. 【Features】 ■ Enables detailed simulations considering the properties of composite materials ■ Possesses multi-scale analysis functions necessary for coupled analysis of microstructures and macrostructures ■ Achieves improvements in the productivity and quality of composite molded products *For more details, please refer to the PDF document or feel free to contact us.
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**Flow of Multi-Scale Analysis** (1) Micro Model Creation: Create a micro model for numerical material testing using ANSYS DesignModeler or 3D CAD. (2) Homogenization Analysis: After generating the mesh and inputting boundary conditions in ANSYS, conduct numerical material testing to calculate equivalent material properties such as elastic modulus. (3) Macro Structural Analysis: Apply the equivalent material properties output from the homogenization analysis as the material properties of the macro model, and perform analysis and verification of the macro model again. (4) Localization Analysis: Select a specific region from the macro model analysis and analytically observe the local behavior within the microstructure at that location. *For more details, please refer to the PDF document or feel free to contact us.*
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【Analysis Examples】 ■ Stress in aircraft wings (Localized Analysis) ■ Stress in tires (Homogenization Analysis) ■ Micro stress distribution within metal microstructures (Numerical Material Testing) ■ Flow within catalytic converters (Permeable Flow Homogenization Analysis) ■ Evaluation of fracture characteristics of unidirectionally reinforced materials ■ Impact fracture analysis of CFRP woven fabrics *For more details, please refer to the PDF document or feel free to contact us.
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In our 67 years of history, we have upheld the principle of "contributing to social prosperity by improving our lives through our work," deepening our bonds with customers and manufacturers. We have worked alongside manufacturers to support our customers and dedicated ourselves to solving the challenges they face. As we become Shinsei Den'yosha, we have taken on the social mission of being "industrial creators that provide safety and security to the local community." We will continue to create a new history while valuing our employees, preparing for risks, and maintaining a commitment to continuous learning. 3 Forces: 1. 67 years of history, collaboration with manufacturers, and innovation capability 2. Technical skills to provide solutions and services 3. Community-oriented partnership strength
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