研究成果

第 1 到 26 筆結果，共 26 筆。

公開日期標題作者來源出版物WOS全文
12013A NOVEL SIGNAL PROCESSING APPROACH FOR VALVE HEALTH CONDITION CLASSIFICATION OF A RECIPROCATING COMPRESSOR WITH SEEDED FAULTS CONSIDERING TIME-FREQUENCY PARTITIONSYih-Hwang Lin ; Lee, W. S.; Wu, C. Y.Journal of Marine Science and Technology-Taiwan3
22013NUMERICAL STABILITY ANALYSIS FOR INDEPENDENT MODAL VIBRATION SUPPRESSION OF A FLUID-CONVEYING PIPE USING A PIEZOELECTRIC INERTIA ACTUATORYih-Hwang Lin ; Chen, J. L.; Chu, C. L.; Tsai, Y. K.Journal of Marine Science and Technology-Taiwan0
32009Automated valve condition classification of a reciprocating compressor with seeded faults: experimentation and validation of classification strategyYih-Hwang Lin ; Liu, H. S.; Wu, C. Y.Smart Materials and Structures10
42007An experimental study on active micro-vibration suppression of a flexible beam mounted on an elastic baseChu, C. L.; Wu, B. S.; Yih-Hwang Lin Measurement Science and Technology2
52007Robust modal vibration suppression of a flexible rotorYu, H. C.; Yih-Hwang Lin ; Chu, C. L.Mechanical Systems and Signal Processing18
62006Automated condition classification of a reciprocating compressor using time-frequency analysis and an artificial neural networkYih-Hwang Lin ; Wu, H. C.; Wu, C. Y.Smart Materials and Structures18
72006Active vibration control of a flexible beam mounted on an elastic baseChu, C. L.; Wu, B. S.; Yih-Hwang Lin Finite Elements in Analysis and Design6
82004Active modal control of a flexible rotorYih-Hwang Lin ; Yu, H. C.Mechanical Systems and Signal Processing7
92004Optimal modal vibration suppression of a fluid-conveying pipe with a divergent modeYih-Hwang Lin ; Huang, R. C.; Chu, C. L.Journal of Sound and Vibration12
102001Optimal weight design of rotor systems with oil-film bearings subjected to frequency constraintsYih-Hwang Lin ; Lin, S. C.Finite Elements in Analysis and Design17
112001Active modal control of Timoshenko pipes conveying fluidYih-Hwang Lin ; Chu, C. L.Journal of the Chinese Institute of Engineers7
122001用應變規量測主機馬力與主軸扭轉振動之研究洪瑞鴻; 林益煌 ; 吳忠恕
131999Nonlinear optimal vibration suppression of Timoshenko beams traversed by a moving massYih-Hwang Lin ; Huang, J. R.Journal of the Chinese Institute of Engineers0
141997Nonlinear vibrations of Timoshenko pipes conveying fluidYih-Hwang Lin ; Tsai, Y. K.International Journal of Solids and Structures39
151997Adaptive modal vibration control of a fluid-conveying cantilever pipeTsai, Y. K.; Yih-Hwang Lin Journal of Fluids and Structures23
161997Performance of a regulator design for vibration control of beams subjected to multiple moving loadsYih-Hwang Lin ; Cho, C. H.Journal of the Chinese Institute of Engineers2
171997Non-linear active vibration control of a cantilever pipe conveying fluidYih-Hwang Lin ; Tsai, Y. K.Journal of Sound and Vibration12
181997Dynamic behavior of beams and rectangular plates under moving loads - CommentYih-Hwang Lin Journal of Sound and Vibration9
191997Vibration analysis of beams traversed by uniform partially distributed moving masses - CommentYih-Hwang Lin Journal of Sound and Vibration14
201997Optimal vibration suppression in modal space for flexible beams subjected to moving loadsYih-Hwang Lin Shock and Vibration2
211996Active flutter control of a cantilever tube conveying fluid using piezoelectric actuatorsYih-Hwang Lin ; Chu, C. L.Journal of Sound and Vibration27
221996Discretization considerations in moving load finite element beam modelsRieker, J. R.; Yih-Hwang Lin ; Trethewey, M. W.Finite Elements in Analysis and Design55
231995NUMERICAL EVALUATION FOR STABILITY AND PERFORMANCE OF AN ELECTRONIC DAMPING DEVICE FOR STRUCTURAL VIBRATION CONTROLYih-Hwang Lin ; Chu, C. L.Journal of Sound and Vibration3
241995DYNAMIC-RESPONSE OF A BEAM WITH INTERMEDIATE POINT CONSTRAINTS SUBJECT TO A MOVING LOAD - COMMENTYih-Hwang Lin Journal of Sound and Vibration3
251995A NEW DESIGN FOR INDEPENDENT MODAL SPACE CONTROL OF GENERAL DYNAMIC-SYSTEMSYih-Hwang Lin ; Chu, C. L.Journal of Sound and Vibration18
261995FINITE-ELEMENT ANALYSIS OF FLUID-CONVEYING TIMOSHENKO PIPESChu, C. L.; Yih-Hwang Lin Shock and Vibration10