Leveraging a multidisciplinary structural mechanics simulation platform, the company possesses comprehensive CAE analysis capabilities covering all scenarios—including static analysis (bending/tension), dynamic analysis (vibration modes), and rotor dynamics (high-speed centrifugal loading). For fiber-reinforced composites, we employ multi-scale modeling and Progressive Damage Analysis (CDM) techniques to accurately predict interlaminar stress concentration, failure initiation, and evolution paths, as well as to quantify structural deformation behavior. Through layup parameter optimization and topology optimization, we achieve an optimal balance between material performance and structural efficiency, effectively reducing the number of physical testing iterations, significantly shortening the R&D cycle, and lowering overall development costs.

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