Season 3 [Fusion] Chapter 7: From "Still Image" to "Motion" — How Large-Scale Assembly and Mechanism Analysis Unleash a Dynamic Approach
T3Japan
From evaluating individual parts to evaluating "moving assemblies." The integration of ThinkDesign's large assembly processing performance and motion analysis (MBD) dramatically enhances the design accuracy and development speed of products involving movement.
Many products function as assemblies composed of numerous parts. However, traditional "static analysis" alone cannot prevent overlooking the "maximum load moment" caused by acceleration and centrifugal force during operation, nor can it fully address dynamic interference due to deformation.
ThinkDesign achieves stress-free, lightning-fast response even with large data sets through its unique graphic engine and Zone display feature. Additionally, with GSM (Global Shape Modeling), intuitive shape modifications can be made while maintaining the positional relationships of the assembly.
The most significant feature is the seamless load relay between motion analysis (MBD) and structural analysis (FEA). It automatically identifies the "worst-case frame with the highest load" from dynamic simulations and directly transfers those load conditions to structural analysis.
Designers can achieve high-precision optimization that reflects actual operation without worrying about boundary conditions. The transition from a "static shape" to a "living structure" ensures reliable durability and high design quality.

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Nice to meet you, I'm Takachan, working in sales (which is more like a pre-sales role) at ThinkDesign. Usually, I listen to clients' desires for "the kind of service they want to create" and act as a bridge to translate that into a "concrete blueprint" that engineers and designers can easily bring to life.




