Theo dõi
Chao Peng
Chao Peng
Email được xác minh tại zju.edu.cn
Tiêu đề
Trích dẫn bởi
Trích dẫn bởi
Năm
Mixed lubrication modeling of reciprocating seals based on a developed multiple-grid method
C Peng, S Guo, X Ouyang, Q Zhou, H Yang
Tribology Transactions 61 (6), 1151-1161, 2018
352018
Investigation into the influence of stretching on reciprocating rod seals based on a novel 3-D model vs axisymmetric model
C Peng, X Ouyang, Y Zhu, S Guo, Q Zhou, H Yang
Tribology International 117, 1-14, 2018
282018
An eccentric 3-D fluid-structure interaction model for investigating the effects of rod parallel offset on reciprocating-seal performance
C Peng, S Guo, X Ouyang, Q Zhou, H Yang
Tribology International 128, 279-290, 2018
222018
Comparative analysis of leakage calculations for metallic seals of ball-seat valves using the multi-asperity model and the magnification-based model
C Peng, FJ Fischer, K Schmitz, H Murrenhoff
Tribology International 163, 107130, 2021
182021
Investigation of the tribological performance of reciprocating seals in a wide temperature range
C Peng, X Ouyang, K Schmitz, W Wang, S Guo, H Yang
Proceedings of the Institution of Mechanical Engineers, Part J: Journal of …, 2021
162021
Numerical analysis of the traction effect on reciprocating seals in the hydraulic actuator
C Peng, X Ouyang, S Guo, Q Zhou, H Yang
Tribology International 143, 105966, 2020
152020
Numerical and experimental study on combined seals with the consideration of stretching effects
C Peng, X Ouyang, K Schmitz, S Guo, H Yang
Journal of Tribology 143 (6), 062301, 2021
112021
Analysis on aircraft cylinder seal property based on mixed lubrication theory
X OUYANG, Z XUE, C PENG, S GUO, Q ZHOU, H YANG
北京航空航天大学学报 42 (2), 251-257, 2016
112016
Investigation into the reciprocating sealing performance based on an optical test method
C Peng, X Ouyang, W Wei, K Schmitz, H Yang
Tribology Transactions 65 (2), 210-224, 2022
72022
Investigation Into the Performance of the VL Seal Based on the 3D Model
C Peng, X Ouyang, G Gong, H Yang, Q Zhou
Fluid Power Systems Technology 58332, V001T01A017, 2017
22017
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