燕山大学教师个人主页系统高殿荣--中文主页--论文成果

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高殿荣

职称 : 教授
单位 : 机械工程学院

学历 : 博士研究生毕业
出生年月 : 1962-10
毕业院校 : 燕山大学

论文成果

[61] 王志强.高殿荣.基于正交试验的水压马达止推环参数优化.2013
[62] 陆向辉.高殿荣.Flow Field Analysis and Computation of the Fixed Damping Orifice of the Servo Valve.IEEE Computer Society.2011
[63] 高殿荣.Theoretical analysis and numerical simulation of the static and dynamic characteristics of hydrostatic guides based on progressive mengen flow controller.2010
[64] 马浩.高殿荣,梁瑛娜.水压马达仿生非光滑表面配流副摩擦磨损研究.2018
[65] 赵建华.高殿荣.位移干扰下液体静压导轨的被动振动分析.2013
[66] 周松林;高殿荣;梁瑛娜;.高殿荣,梁瑛娜.双喷嘴挡板电液伺服阀前置级流固耦合分析.2015
[67] 赵建华.高殿荣,梁瑛娜,杜国君.Influence of Design Parameters on Static Bifurcation Behavior of Magnetic Liquid Double Suspension Bearing.2021
[68] 郭锐.赵静一,高殿荣.Remaining Useful Life Prediction Based on the Bayesian Regularized Radial Basis Function Neural Network for an External Gear Pump.2020
[69] 郭锐.高殿荣,赵静一.Research on Identification Method of Wear Degradation of External Gear Pump Based on Flow Field Analysis.2020
[70] 梁瑛娜.赵建华,高殿荣.Effect of Micro-Textured Surfaces and Sliding Speed on the Lubrication Mechanism and Friction-Wear Characteristics of CF/PEEK Rubbing against 316L Stainless Steel under Seawater Lubrication.2021
[71] 陆向辉.高殿荣.两级电液伺服阀双喷嘴挡板阀内流场计算与分析.2012
[72] 赵建华.高殿荣.液体静压导轨定压供油式油腔承载能力的超静定力学模型.2012
[73] 梁瑛娜.赵建华,高殿荣.Tribological Properties of Friction Pair between 316L Stainless Steel and CF/PEEK with Nonsmooth Surface under Seawater Lubrication.2020
[74] 高殿荣.Numerical Calculation and Analysis of Suspension Force of Permanent Magnetic Bearing in Conical Spiral Blood Pump.IEEE.2008
[75] 高殿荣.液体圆柱静压导轨设计参数对其性能影响.2014
[76] 高殿荣.赵建华.Study on the law of the structure parameters influence on thermal deformation of magnetic poles of magnetic-liquid double suspension bearing.2022
[77] 梁瑛娜.高殿荣.仿生非光滑表面滑靴副水压轴向柱塞泵的摩擦磨损及效率试验研究.2022
[78] 赵建华.梁瑛娜,高殿荣.Influence of Coil Current and Oil Film Thickness on Hopf Bifurcation of MLDSB.2022
[79] 赵建华.杜国君,高殿荣.Resonance analysis of single DOF parameter-varying system of magnetic-liquid double suspension bearing.2022
[80] 高殿荣.Design and Optimization of High-Pressure Water Jet for Coal Breaking and Punching Nozzle Considering Structural Parameter Interaction.2022

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