How to choose the right material, the right design, and the right process to develop solutions that minimize carbon emissions and bolster your bottom line.
A step-by-step guide for transforming your plastics engineering value chain to develop solutions that optimize performance, minimize carbon emissions, and gain a competitive edge.
What you will learn:
Material selection and testing to minimize carbon emissions with Global Warming Potential evaluations alongside traditional performance and cost metrics
A step-by-step simulation-driven approach to accelerate design space creation, explore variants, and better optimize lightweight plastic parts
Ways to predict and prevent critical problems such as injection mold core fractures or failures to optimize production operations
Improve manufacturability using multiscale material modeling
How to gain a competitive edge with faster time to market through first-time-right injection molding methods, simulation and rapid variant analyses to optimize part, mold and parameters for manufacturing
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