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Digital Planning Validation in automotive industry

机译:汽车行业的数字规划验证

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摘要

Digital methods of planning and validation enable production planning not only to plan technological processes and equipment, but also to ensure the product's produeability in early phases and to influence product design from a production point of view. The concept of Digital Planning Validation (DPV) as presented here is based on a process paralleling that of digital planning. It comprises both the continuous checking of digital planning results as well as process reviews at certain points in time, the so-called Process Days. During these, the current planning states are validated through geometrical checks of the assemblies, the simulation of processes or detailed examinations of layouts. The method of Digital Planning Validation is based on DMU techniques and simulation. Analogous to the product DMU in development, it can be regarded as a kind of process DMU of production planning within the Digital Factory. The main advantages of Digital Planning Validation are the increased security and reliability when planning is realized, a better quality of planning results, and a higher degree of product maturity during the early planning phases.
机译:数字化的计划和验证方法使生产计划不仅可以计划工艺流程和设备,还可以确保产品在早期阶段的可生产性,并从生产的角度影响产品设计。此处介绍的数字规划验证(DPV)概念基于与数字规划并行的过程。它既包括对数字规划结果的连续检查,也包括在某些时间点(即所谓的Process Days)的流程审查。在这些过程中,当前的计划状态通过装配体的几何检查,过程仿真或布局的详细检查得到验证。数字规划验证的方法基于DMU技术和仿真。类似于正在开发的产品DMU,它可以被视为数字工厂内生产计划的一种过程DMU。数字计划验证的主要优点是在实现计划时提高了安全性和可靠性,提高了计划结果的质量,并在早期计划阶段提高了产品成熟度。

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