Local-global Approach Using Experimental And/or Simulated Data to Predict Distortion Caused by Mechanical Joining Technologies
Performance and quality of joined assemblies depend on the joining technology and its characteristics. To predict these characteristics in advance simulation tools are used. This paper deals on the one hand with determining the results quality of 2D rotational simulations to predict characteristics of mechanical joining technologies and on the other hand with the results quality of simplified models to predict car body quality (shape, gap, flush). Compliance of 2D simulations and experimental results is shown by performing investigations with different setups looking at joints'quality and caused distortion. Finally, the results of joining simulations for car body assemblies are compared to measurements.
A. Eckert et al., "Local-global Approach Using Experimental And/or Simulated Data to Predict Distortion Caused by Mechanical Joining Technologies," Production Engineering, pp. 339-349, Elsevier B.V., Jan 2013.
Geosciences and Geological and Petroleum Engineering
Keywords and Phrases
2D Simulations; Car Bodies; Joining Technology; Joint Quality; Mechanical Joining; Distortion (Waves); Finite Element Method; Forecasting; Joining; Miniature Automobiles; Railroad Cars; Computer Simulation
International Standard Serial Number (ISSN)
Article - Journal
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