原标题：背景改进|科研项目|新加坡国立大学|机械工程：多系统动力学建模和模拟
Multibody systems, such as the simple but classical slider-crank mechanism, multiple linkages mechanism, are very common in industry and our daily life. The dynamic modelling and simulation of multibody systems are keystones for development of robots, the next generation of automobiles, exoskeletons, etc. Although multibody system dynamics has been extensively studied in the last century, the dynamic modelling and simulation taking into consideration the imperfection of the system have not well investigated, and remain as an open problem.This project will focus on dynamic modelling of multibody systems by considering the clearance in the joints, and to predict the effect of clearance on the dynamic behavior of the system.
科研力PLUS
参考课题
多系统动力学建模和模拟
项目亮点
01名校长指导
The supervisor obtained his PhD in Mechanical Engineering at National University of Singapore, and is now an assistant professor at University of Twente. His expertise includes but not limits to mechanics of materials, polymer composites, multiscale analysis, biomechanics and so on. He has extensive international research experience ranging from China and Singapore in Asia to Germany and the Netherlands in Europe.
Most of his papers have been published in JCR Q1 journals, which clearly shows his high research quality and reputation in the field of mechanical engineering.
02高质量科研产出
●项目结业证书
●经导师同意，表现优异的人可以获得推荐信
●国际英语会议论文或国际普通期刊论文EI、SCOPUS、CPCI等）
项目安排
导师每周教一次15个小时，大约15周
●开题阶段
学习相关文献，选择研究领域，确定研究框架和论文主题；课时：预计1-3个
●科研阶段
根据论文主题深入阅读和学习相关文献，确定研究方法，学习各种软件(如Python、SPSS、R、Stata、Matlab、Endnote、Latex等)应用于数据处理和文章写作；课时:预计8-10个
●写作阶段
集中写作，调整格式，准备提交；课时:预计2-4个
●投稿阶段
会议/期刊根据论文质量、完稿时间和论文主题确定提交。回搜狐多看看
责任编辑：
