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首页> 外文期刊>Journal of Machinery Manufacture and Reliability >Mathematical modeling of piston ring adaptability to the internal combustion engine cylinder sleeve wall
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Mathematical modeling of piston ring adaptability to the internal combustion engine cylinder sleeve wall

机译:活塞环对内燃机气缸套壁的适应性数学模型

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摘要

We present the equations and a detailed algorithm for solving the contact problem of piston ring conformance with the cylinder sleeve wall. The practical realization of this complex problem has made it possible to improve the reliability of the sealing of the cylinder/piston group of the internal combustion engine. In the calculations we use the Winkler foundation model and the finite-difference and matrix forms of the equations with normalizing of their coefficients.
机译:我们提出方程式和详细的算法来解决活塞环与气缸套壁的接触问题。该复杂问题的实际实现使得可以提高内燃机的气缸/活塞组的密封的可靠性。在计算中,我们使用Winkler基础模型以及方程式的有限差分和矩阵形式并对其系数进行归一化。

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