Supports analyses necessary for battery design, such as internal stress, temperature changes, and structural stability.
In the aerospace industry, reducing the weight of aircraft is an important challenge. Weight reduction leads to improved fuel efficiency, extended range, and increased payload capacity, which are essential for enhancing competitiveness. In recent years, the electrification of aircraft and spacecraft has progressed, necessitating the incorporation of high-performance batteries. To maximize battery performance, it is necessary to accurately analyze internal stresses, temperature changes, and structural stability within the cells, and to carry out optimal design. ASU/ISTR is a dedicated pre-post integrated environment for FrontISTR that efficiently performs structural and thermal analysis of battery cells, packs, and energy devices. 【Usage Scenarios】 * Battery design for aircraft and spacecraft * Structural optimization aimed at weight reduction * Design of electronic devices requiring thermal management 【Benefits of Implementation】 * Improved battery performance * Reduced design time * Cost savings
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【Features】 * Supports analysis of composite structures such as cells, modules, and enclosures * Capable of performing essential calculations for battery design, including temperature distribution, stress, and expansion * Automatically generates high-quality solid meshes even for multilayer structures * Large-scale thermal-structural coupled analysis can be performed with a free solver at zero cost * Easy setup for anisotropic materials and multilayer materials 【Our Strengths】 ASTOM focuses on business reform through CAE, providing "operational support for manufacturing sites" and "support for new technology development." The products and elemental technologies developed by ASTOM, built on Japanese technology and know-how, contribute to establishing leading-edge technologies for our customers.
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Automotive structural component design study Mold deflection coupled analysis Design of composite pressure vessels Lifetime prediction of semiconductor power modules Vibration analysis of civil structures Coupled analysis of wind turbines for power generation
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1. Diversification and Advancement As a cutting-edge comprehensive testing machine manufacturer that meets the diverse needs of all customers, we are committed to connecting to the 21st century. 2. Responsibility and Duty We are dedicated to maintaining our position as the mother tool of the industry and coexisting with our customers. 3. Harmony and Coexistence We strive for harmony with our employees, the community, and society, aiming to be a "good corporate citizen."
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