Modeling and simulation is an established scientific and industrial method to support engineers in their work in all lifecycle phases—from first concepts or tender to operation and service—of a technical system. Due to the fact of increasing complexity of such systems, e.g. plants, cyber-physical systems and infrastructures, system simulation is rapidly gaining impact. In this paper, a simulation architecture is presented and discussed on three different industrial applications, which offers a client–server concept to master the challenges of a lifecycle spanning simulation framework. Looking ahead, open software concepts for modeling, simulation and optimization will be required to cover new co-simulation techniques and to realize distributed, for example web-based simulation environments and tools.
CITATION STYLE
Schenk, T., Gilg, A. B., Mühlbauer, M., Rosen, R., & Wehrstedt, J. C. (2015). Architecture for modeling and simulation of technical systems along their lifecycle. Computing and Visualization in Science, 17(4), 167–183. https://doi.org/10.1007/s00791-015-0256-9
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