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Numerical Investigation of the Cavitation Damage in a High Performance Engine Conrod Big End Bearing via a Mass-conserving Complementarity Algorithm

机译:通过大规模互补算法对高性能发动机Conrod Big End轴承空化损伤的数值研究

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摘要

During the last decades, the internal combustion engine performance has constantly increased. At the same time, there has been a growing emphasis on the aspects related to the efficiency and reliability of engine components. The above targets can be satisfied only through a constant improvement of the design and optimization process of internal combustion engines.
机译:在过去的几十年中,内燃机性能不断增加。与此同时,越来越强调与发动机部件的效率和可靠性相关的方面。通过持续改进内燃机的设计和优化过程,可以仅满足上述目标。

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