Museum of simulation technology demo how to#

In automotive for example, fuel prices and the continuing climate debate have stimulated an increase in lightweight materials usage to reduce the overall weight of vehicles and thus contribute to lower fuel consumption and emissions, while maintaining safety. While advanced capabilities for simulating specialized molding processes like insert molding, over-molding and multi-shot sequential molding give designers the freedom to explore more complex, innovative designs without the need for physical prototypes. Part designers can use simulation to understand the relationships between part design, mold design, material and molding conditions which affect appearance, material selection, molding machine requirements, as well as cycle time.Д®ase-of-use improvements to Finite Element Analysis (FEA) tools-such as integration directly into the CAD environment and automatic generation of 3D mesh models-enable designers to easily set up and run simulations to predict the strength, vibration, flow and fill performance of designs.

Museum of simulation technology demo how to#

The following is a brief look at some recent trends in simulation technology as they pertain to key areas of plastic part production and how to take advantage of it from design through manufacturing.Д¬ontinued advances in simulation technology have made it possible to turn more ideas into volume production much less expensively than before. It can also help achieve business objectives by avoiding costly mistakes that result in inaccurate quotes, incorrectly estimated cycle times, errors in production, wasted material, as well as process inefficiencies. With simulation-driven best practices we can tackle the most complicated jobs-and do them while facing the pressures of overly-aggressive schedules and scarce resources. Simulation technology has the ability to help optimize parts designs, predict mold performance and validate our decisions. Upfront Decisions Matter! ItвЂ™s About Making Better Decisions Sooner