Accuracy, computation speed, and user-friendliness are the three major concerns of industrial computer-aided engineering (CAE) software users. True 3D simulation satisfies those concerns while offering more advantages than conventional 2.5D technology, including computer-aided design integration, improved accuracy, minimized model simplification, etc. However, true 3D simulation also increases computation time and demands more memory.
This is where Moldex3D eDesign comes in. Its high-performance finite volume method outperforms other 3D software. In addition, it excels in parallel computing by enhancing computation performance while performing faster analyses even on more complex models with larger element counts.
Its high-performance parallelized kernel is also equipped with the integrated analyses of the Moldex3D Flow, Pack, Cool, Warp, Fiber, and Reactive Injection Molding software products. As for its parallel computing technology, it supports multi-CPU platforms and PC clusters.
Manufacturing optical parts, fiber-reinforced automobile components, connectors, gears, and the like requires exceptional accuracy and high-speed computation. A newer, more powerful CPU can improve computation speed. However, clock rate improvements alone are not enough to satisfy the speed or accuracy needs of industrial software users. Choosing software that utilizes multiple CPUs, like Moldex3D eDesign, is the most effective approach to improve your plastics manufacturing processes.
As the leading CAE software for injection molding, Moldex3D is the only product offering parallel computing support from such modules as Flow, Pack, Cool, etc. It also shortens analysis time by harnessing the strength of multicore or multi-CPU platforms. In addition, it enhances computing efficiency by up to 50-80%. When compared to the performance of a general dual-core PC, the difference becomes more apparent. Moldex3D’s parallel computing features reduce your costs while contributing to outstanding performance.
Hundreds to thousands of megabytes of data pass between processors during a typical Moldex3D run. As such, the parallel computing capabilities of this software suite require distributed systems with high-performance interconnects. For your reference, the basic Moldex3D system requirements are as follows:
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