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Robust Cooling with Coupled 1D, 3D Thermal Simulation Models
Technical Paper
2005-01-1901
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
Shortening of development times in the automotive industry with simultaneous rise of complexity, efficiency and product variety require more effective, faster and “robust” simulation methods. In this research we focus on computation of cooling packages for vehicles in the concept phase. We extended conventional methods, which proceed from purely deterministic results, by a stochastic computation and CFD calculation, in order to be able to consider the effects of uncertain estimates of boundary conditions and/or the fluctuations, occurring in measurements. The goal is a robust simulation method assisting the cooling package design engineers in the very early concept and development phase, respectively.
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Citation
Puntigam, W., Hörmann, T., Moshammer, T., Hager, J. et al., "Robust Cooling with Coupled 1D, 3D Thermal Simulation Models," SAE Technical Paper 2005-01-1901, 2005, https://doi.org/10.4271/2005-01-1901.Also In
References
- Marczyk J. Principles of Simulation-based Computer-Aided Engineering, CAE FIM Publications Madrid 1999
- Marczyk J. Stochastic Multidisciplinary Improvements; Beyond Optimisation American Institute of Aeronautics and Astronautics
- Sadek R. Sun R. L. Robust Engineering of Engine Cooling System 2003 SAE World Conference Detroit Michigan
- Sadek R. Bathla Pritam S. Singh Kanwerdip Sun R. L. A Computer Based Sensitivity Analysis of Parameters of an Automotive Air Conditioning System 2004 SAE World Congress Detroit Michigan
- KULI 5.0 ADVANCED User Manual
- STORM User Manual A Meta-Computing Simulation Environment for Stochastic Optimization and Robustness Management EASi Engineering GmbH