Modeling dynamic mechanical system behavior using sequence modeling of embodiment function relations: case study on a hammer mechanism

Abstract In engineering design, an issue for using complex simulation models in system analysis are unknown causes dynamic behavior, which make parameterization difficult. This paper presents a case study structured is used the of multi-domain models. The behavior impact wrench during fastening bolt analyzed and modeled Contact Channel Approach multibody model. qualitative model building serves as basis that quantifies relations design parameters behavior. Comparison with experimental test results done validation. With this approach, identified could be traced back way to its cause embodiment. represented real initial sufficient precision, but showed lack precision detail. On basis, Model was extended by adding additional statistical system. Parameters embodiment were qualitatively improve A limitation modeling changes has been needs addressed further research.