讲座人:向阳教授，西悉尼大学
讲座时间:2016年5月31日上午10:00-11:30
讲座地点:address
讲座内容:报告人：向阳教授，西悉尼大学 时间：2016年5月31日上午10:00-11:30 地点：土木工程楼520会议室 报告题目：Buckling and Vibration of Rectangular Mindlin Plates with Internal Cutouts and Cracks by the Moving Least Square Element Method Abstract This research seminar presents a numerical method, the moving least square element (MLS-Element) method, for the buckling and vibration analysis of rectangular Mindlin plates with internal cutouts and cracks. The shape functions of the displacement fields of a plate element are based on the MLS interpolation technique and have the advantages to seamlessly link the meshless method with FEM method. A special approach is developed to overcome the issues in reinforcing the boundary conditions and compatibility conditions between elements that are normally associated with the MLS interpolation technique. The governing eigenvalue equation for the buckling and vibration of a plate is derived based on the Mindlin shear deformation plate theory. Convergence and comparison studies are carried out to demonstrate the accuracy and efficiency of the MLS-Element method. The influence of the size and locations of the cutouts and cracks on the buckling and vibration responses of the plates is presented in details. The speaker will also give a brief introduction on his institution and school at the beginning of the seminar. Brief CV Professor Yang Xiang joined Western Sydney University (WSU) in 1996 after undertaking his PhD study and a postdoctoral position at The University of Queensland, Australia. His research expertise is in computational mechanics and engineering materials. He has published 1 book and over 150 refereed journal papers and held 3 Australian Research Council Discovery Project grants and 2 Australian Research Council LIEF grants. His journal publications have attracted over 3000 ISI citations and he has achieved an ISI H-Index of 31. He has held many administrative and governance posts including Deputy Dean of School, Senior Associate Head of School, Acting Chair of WSU Research Studies Committee, Chair of School Research Committee, member of WSU Academic Senate etc. He is currently the Vice Chair of the Stability Committee of ASCE Engineering Mechanics Institute, an Associate Editor for International Journal of Dynamics and Control and an editorial board member for International Journal of Structural Stability and Dynamics.
讲座时间:2016年5月31日上午10:00-11:30
讲座地点:address
讲座内容:报告人：向阳教授，西悉尼大学 时间：2016年5月31日上午10:00-11:30 地点：土木工程楼520会议室 报告题目：Buckling and Vibration of Rectangular Mindlin Plates with Internal Cutouts and Cracks by the Moving Least Square Element Method Abstract This research seminar presents a numerical method, the moving least square element (MLS-Element) method, for the buckling and vibration analysis of rectangular Mindlin plates with internal cutouts and cracks. The shape functions of the displacement fields of a plate element are based on the MLS interpolation technique and have the advantages to seamlessly link the meshless method with FEM method. A special approach is developed to overcome the issues in reinforcing the boundary conditions and compatibility conditions between elements that are normally associated with the MLS interpolation technique. The governing eigenvalue equation for the buckling and vibration of a plate is derived based on the Mindlin shear deformation plate theory. Convergence and comparison studies are carried out to demonstrate the accuracy and efficiency of the MLS-Element method. The influence of the size and locations of the cutouts and cracks on the buckling and vibration responses of the plates is presented in details. The speaker will also give a brief introduction on his institution and school at the beginning of the seminar. Brief CV Professor Yang Xiang joined Western Sydney University (WSU) in 1996 after undertaking his PhD study and a postdoctoral position at The University of Queensland, Australia. His research expertise is in computational mechanics and engineering materials. He has published 1 book and over 150 refereed journal papers and held 3 Australian Research Council Discovery Project grants and 2 Australian Research Council LIEF grants. His journal publications have attracted over 3000 ISI citations and he has achieved an ISI H-Index of 31. He has held many administrative and governance posts including Deputy Dean of School, Senior Associate Head of School, Acting Chair of WSU Research Studies Committee, Chair of School Research Committee, member of WSU Academic Senate etc. He is currently the Vice Chair of the Stability Committee of ASCE Engineering Mechanics Institute, an Associate Editor for International Journal of Dynamics and Control and an editorial board member for International Journal of Structural Stability and Dynamics.