新加坡
B232
自动驾驶, 激光加工设备, 工业机器人, 红外产品, 监控设备及系统, 门禁产品及系统, 航空/航天, 芯片原厂
Multiphysics simulation replicates real-world interactions between fluid, structural, thermal, and electromagnetic forces, enabling engineers to model complex systems where physics converge. By combining individual solvers into a unified framework, it provides realistic, system-level analysis of phenomena like heat transfer, deformation, and mass transport. Multiphysics fills the gaps left by single-physics methods, allowing early problem detection, informed optimization, and enhanced product safety. With advancements in computational capacity and solver efficiency, multiphysics simulation accelerates design validation and delivers a deeper understanding of product performance. Across industries, it empowers engineers to predict how designs function in real-world environments, saving time, cost, and effort.