In this injection molding process, the machining parameters, namely the mold temperature, melt temperature, filling pressure and filling time are optimized with considerations of multiple performance characteristics including the strength of welding line, the shrinkage and the difference of forming distributive temperature.
However, simultaneous consideration of multiple performance metrics could provide the optimal setting for the parameters in the evolutionary algorithm.
The drilling parameters such as spindle speed and feed rate are optimised with consideration of multiple performance characteristics, such as thrust force, workpiece surface roughness and delamination factor.
Four gating system parameters, namely ingate height, ingate width, runner height, runner width, were optimized with consideration of multiple performance characteristics including filling velocity, shrinkage porosity and product yield.
The results reinforce the notion observed in previous experimental studies – in such multi-step mechanisms with complex catalysts, a careful balance between energetic optimization and catalyst stability at multiple steps along the cycle may be critical for practical performance considerations.
Analyze performance considerations, trade-offs, and different design approaches.
Design and performance considerations relating to fluid dynamic considerations are discussed.
Part of this is preference, but profit and performance considerations may override our preferences.
However, we decide not to do that for performance considerations.
There is a mix of design and implementation / performance considerations, these may be best kept separate.
