Principles and Techniques of Vibrations
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THISBOOK WILL BE OF INTEREST TO MECHANICAL ENGINEERS, AEROSPACE ENGINEERS, AND ENGINEERING SCIENCE AND MECHANICS FACULTY. THE MAIN OBJECTIVE OF THE BOOK IS TO PRESENT A MATHEMATICALLY RIGOROUS APPROACH TO VIBRATIONS, ONE THAT NOT ONLY PERMITS EFFICIENT FORMULATIONS AND SOLUTIONS TO PROBLEMS, BUT ALSO ENHANCES UNDERSTANDING OF THE PHYSICS OF THE PROBLEM. THE BOOK TAKES A VERY BROAD VIEW APPROACH TO THE SUBJECT SO THAT THE SIMILARITY OF DYNAMIC CHARACTERISTICS OF VIBRATING SYSTEMS WILL BE UNDERSTOOD.
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PREFACE
1 CONCEPTS AND TECHNIQUES FROM LINEAR SYSTEM THEORY 1
2 PRINCIPLES OF NEWTONIAN AND ANALYTICAL DYNAMICS 50
3 SINGLE-DEGREE-OF-FREEDOM SYSTEMS 103
4 MULTI-DEGREE-OF-FREEDOM SYSTEMS 140
5 QUALITATIVE ASPECTS OF THE ALGEBRAIC EIGENVALUE PROBLEM 232
6 COMPUTATIONAL TECHNIQUES FOR THE ALGEBRAIC EIGENVALUE PROBLEM 268
7 DISTRIBUTED-PARAMETER SYSTEMS 361
8 APPROXIMATE METHODS FOR DISTRIBUTED-PARAMETER SYSTEMS 501
9 THE FINITE ELEMENT METHOD 585
A ELEMENTS OF LAPLACE TRANSFORMATION 655
B ELEMENTS OF LINEAR ALGEBRA 663
AUTHOR INDEX 689
SUBJECT INDEX 689
1 CONCEPTS AND TECHNIQUES FROM LINEAR SYSTEM THEORY 1
2 PRINCIPLES OF NEWTONIAN AND ANALYTICAL DYNAMICS 50
3 SINGLE-DEGREE-OF-FREEDOM SYSTEMS 103
4 MULTI-DEGREE-OF-FREEDOM SYSTEMS 140
5 QUALITATIVE ASPECTS OF THE ALGEBRAIC EIGENVALUE PROBLEM 232
6 COMPUTATIONAL TECHNIQUES FOR THE ALGEBRAIC EIGENVALUE PROBLEM 268
7 DISTRIBUTED-PARAMETER SYSTEMS 361
8 APPROXIMATE METHODS FOR DISTRIBUTED-PARAMETER SYSTEMS 501
9 THE FINITE ELEMENT METHOD 585
A ELEMENTS OF LAPLACE TRANSFORMATION 655
B ELEMENTS OF LINEAR ALGEBRA 663
AUTHOR INDEX 689
SUBJECT INDEX 689
저자
저자
Meirovitch
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