Injection-compression moulding of thick-walled plastic optics with appropriate mould temperature control taking into account local cooling requirements (T01*)

总体目标是将B1开发的热设计新方法从注塑成型转移到具有壁厚差异的厚壁光学元件的注塑-压缩成型工艺。因此，在仿真支持的优化中，必须采用量化热设计质量的质量函数。下一步是使用该算法开发一个面向应用的演示器，以验证先进的算法，并证明在注射压缩成型过程中以需求为导向的模具温度控制的潜力。

The overall objective is the transfer of the new method for thermal design developed in B1 from injection moulding to an injection-compression moulding process for thick-walled optical components with wall thickness differences. Therefore, the quality function in simulation-supported optimization must be adapted, which quantifies the quality of the thermal design. The next step is to use the algorithm for developing an application-oriented demonstrator in order to validate the advanced algorithm and to demonstrate the potential of demand-oriented mould temperature control during injection compression moulding.