INPRO Innovationsgesellschaft mbH Berlin

Simulation of complex component groups with DATOR

Component characteristics can be predected reliably.

In automotive construction it is becoming increasingly important to be able to reliably predict the influences of manufacturing on component characteristics. The requirements for safety and comfort are increasing. At the same time, lightweight construction requires a reduction in fuel consumption. Manufacturing costs must be reduced while at the same time increasing quality requirements. Simulation of manufacturing processes is therefore a key technology. As a result, the construction of individual processes is no longer sufficient. Manufacturing processes have achieved a level of complexity, where changes or variations in a process step can also have effects much later on. 


A few years ago, the combination of simulated structural analysis of thermoformed and welded sheet metal, aided by INPRO's DATOR software, was used to demonstrate that simulations may only match the results of experiments, when several manufacturing steps are taken into consideration.



Integrated manufacturing simulation has therefore been a priority in the development work for several years.

It is foreseeable that the integration of cross-process chain simulations will become a competitive advantage in the long term.
INPRO plans to develop new solutions for the design of reliable manufacturing chains for bodies, chassis and powertrains with DATOR.

The goal is the development of next-generation simulation tools, which use existing simulation systems and combine them with new types of data models.




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