Paperback. Pub Date: October 2012 Pages: 494 Language: Chinese in Publisher: Peking University Press book series of Chinese and foreign Physics boutique the forefront Series 17: Analysis Kinetics (2nd edition) system. comprehensively discusses the analysis of dynamics addition to the traditional classic content also includes important new results in the analysis of the kinetic theory and applied research in recent decades. part of long-term research. the book is divided into five chapters. Chapter constraints. The book with particular emphasis on the constraints of the study. and research on the constraints of the mathematical properties and mechanical properties as a cornerstone of Analytical Dynamics. The second chapter is a the Lagrange mechanics narrative third chapter describes the complete system dynamics. This chapter. in addition to classic nonholonomic system dynami...
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paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: Unknown Pages: 494 in Publisher: University Press List Price: 86.00 yuan Author: Chen Bin. Editor Publisher: Peking University Press ISBN: 9787301213346 Page: 494 Edition: 2 Binding: Paperback: 16 Published :2012-10-1 Printing time: Words: 605.000 product identification: 22892802 Introduction Analysis Dynamics (2nd Edition) (Author Chen Bin) system. comprehensive discourse analysis dynamics. In addition to traditional classic. also includes important new results in the analysis of the kinetic theory and applied research in recent decades. part of long-term research. Analysis Kinetics (2nd edition) is divided into five chapters. Chapter constraints. The book with particular emphasis on the constraints of the study. and research on the constraints of the mathematical properties and mechanical properties as a cornerstone of Analytical Dynamics. The second chapter is a complete description of the Lagrange mechanics. The third chapter describes the nonholonomic system dynamics. This chapter. in addition to classic nonholonomic system dynamics research. also describes recent research on Kane equation. The fourth chapter discusses the variational principles of mechanics. Chapter V gives the HamiIton mechanics and to introduce Hamilton mechanics celestial mechanics. for example. The end of each chapter with exercises. The book can serve as the University of mechanics. mathematics. physics. and engineering high grade students and postgraduate teaching materials or teaching reference books available for teachers. research workers and engineering and technical personnel Reference. Chen Bin. author. born in 1937. Department of Mechanics. Peking University professor. Has long been engaged in the analysis of kinetics of the basic theory and related dynamics underlying theme of research. and gyroscope control. robot dynamics. and the variable structural dynamics. and aerospace engineering applications to carry out a series of research work. In the state space orbit mapping theory. complete with the nature of the nonholonomic constraint analysis. rigid-flexible coupling stability and bifurcation theory of dynamical systems. variable structure power system to achieve results. He is currently honorary director of the Chinese Society of Theoretical and Applied Mechanics. Former Department of Mechanics Head of the Department. the vice chairman of the Chinese Society of Theoretical and Applied Mechanics. Mechanics deputy editor. deputy editor of Dynamics and Control . The imaginary change some mathematical properties of the first chapter of the catalog preface constraint system research 1.1 movement multidimensional space constraints described in 1.2 1.3 1.4 constraints may argument and its micro-variable space 1 .5 constrained mechanical properties exercises Lagrange generalized coordinates Mechanics 2.1 2.2 2.3 Lagrange equation Lagrange equations of classical studies (I) 2.4 second category Lagrange equations of classical studies (II) 2.5 gyroscope dynamics 2.6 balance of stability and movement stability 2.7 small vibration theory 2.8 gyroscopic system's general theory exercises third Chapter nonholonomic Department kinetic 3.1 Introduction 3.2 Lagrange multiplier equation 3.3 constraint kinetic energy embedded anrrHH equation 3.4 quasi-speed with quasi-coordinates in 3.5 Hamel equations with Volterra variational principle equation 3.6 Gibbs-Appell equation 3.7 Kane Exercises Chapter mechanics analysis of the dynamics of the universal principle GaLISS principles of 4.1 4.2 generalized d'Alembert-Lagrange principle 4.3 variational description of 4.4 Hamilton principle of 4.5 Points certain generalized form of the principle of 4.6 Maupertuis-Lagrange principle of least action exercises Chapter Hamilton mechanics 5.1 Hamilton Canonical Equations 5.2 Hamilton canonical equations of the first integration and application of 5. Seller Inventory # EJ006542
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