Applications of Green's Functions in Science and Engineering 0486797961
Concise and highly regarded, this treatment of Green's functions and their applications in science and engineering
505 44 3MB
English Pages 156 Year 2015
Table of contents :
Greenberg, M.Applications of Green's functions in science and engineering (Dover Books on Engineering)(Dover,2015)(ISBN 0486797961)(T)(K)(600dpi)(156p) ......Page 3
Copyright ......Page 4
Preface vii ......Page 6
Contents ix ......Page 8
PART I Application to Ordinary Differential Equations 1 ......Page 12
1. INTRODUCTION, 2 ......Page 13
Summary of the Green’s function procedure for partial differential equations ......Page
2. THE ADJOINT OPERATOR, 6 ......Page 17
3. THE DELTA FUNCTION, 11 ......Page 22
4. THE GREEN’S FUNCTION METHOD, 21 ......Page 32
Example I. Loaded String, 22 ......Page 33
Example 2. More Complicated Operator, 27 ......Page 38
Example 3. Infinite Beam on Elastic Foundation, 30 ......Page 41
Example 4. Bessel Equation, 33 ......Page 44
Example 5. The Generalized Green's Function, 36 ......Page 47
5. THE EIGENFUNCTION METHOD, 42 ......Page 53
Application of Eigenfunction Method, 46 ......Page 57
6. SUMMARY, 50 ......Page 61
PART II Application to Partial Differential Equations 51......Page 62
1. INTRODUCTION, 52 ......Page 63
2. THE ADJOINT OPERATOR, 56 ......Page 67
3. THE DELTA FUNCTION, 60 ......Page 71
4. THE GREEN’S FUNCTION METHOD, 61 ......Page 72
Laplace Operator, 63 ......Page 74
Helmholtz Operator, 65 ......Page 76
Diffusion Operator, 66 ......Page 77
Wave Operator, 67 ......Page 78
6. GREEN’S FUNCTION METHOD FOR THE LAPLACE OPERATOR, 71 ......Page 82
Example 1. Circular Disk, 72 ......Page 83
Example 2. Half-Plane, 81 ......Page 92
Example 3. Mixed Boundary Conditions, 84 ......Page 95
Example 4. Quarter-Plane, 86 ......Page 97
Example 1. Vibrating Circular Membrane, 93 ......Page 104
Example 2. Acoustic Radiation, 94 ......Page 105
Example 1. Semi-infinite Rod, 99 ......Page 110
9. GREEN’S FUNCTION METHOD FOR THE WAVE OPERATOR, 104 ......Page 115
Example 1. Doubly-infinite Stringy 105 ......Page 116
Example 1. Poisson Equation for a Rectangle, 106 ......Page 117
Example 1. Laplace Operator in Three Dimensions, 112 ......Page 123
Example 2. Two- and Three-Dimensional Acoustics, 116 ......Page 127
Example 3. Biharmonic Equation, 125 ......Page 136
12. SUMMARY, 130 ......Page 141
Errata, 133 ......Page 144
Suggested Reading, 135 ......Page 146
Index, 137 ......Page 148
cover......Page 1
Greenberg, M.Applications of Green's functions in science and engineering (Dover Books on Engineering)(Dover,2015)(ISBN 0486797961)(T)(K)(600dpi)(156p) ......Page 3
Copyright ......Page 4
Preface vii ......Page 6
Contents ix ......Page 8
PART I Application to Ordinary Differential Equations 1 ......Page 12
1. INTRODUCTION, 2 ......Page 13
Summary of the Green’s function procedure for partial differential equations ......Page
2. THE ADJOINT OPERATOR, 6 ......Page 17
3. THE DELTA FUNCTION, 11 ......Page 22
4. THE GREEN’S FUNCTION METHOD, 21 ......Page 32
Example I. Loaded String, 22 ......Page 33
Example 2. More Complicated Operator, 27 ......Page 38
Example 3. Infinite Beam on Elastic Foundation, 30 ......Page 41
Example 4. Bessel Equation, 33 ......Page 44
Example 5. The Generalized Green's Function, 36 ......Page 47
5. THE EIGENFUNCTION METHOD, 42 ......Page 53
Application of Eigenfunction Method, 46 ......Page 57
6. SUMMARY, 50 ......Page 61
PART II Application to Partial Differential Equations 51......Page 62
1. INTRODUCTION, 52 ......Page 63
2. THE ADJOINT OPERATOR, 56 ......Page 67
3. THE DELTA FUNCTION, 60 ......Page 71
4. THE GREEN’S FUNCTION METHOD, 61 ......Page 72
Laplace Operator, 63 ......Page 74
Helmholtz Operator, 65 ......Page 76
Diffusion Operator, 66 ......Page 77
Wave Operator, 67 ......Page 78
6. GREEN’S FUNCTION METHOD FOR THE LAPLACE OPERATOR, 71 ......Page 82
Example 1. Circular Disk, 72 ......Page 83
Example 2. Half-Plane, 81 ......Page 92
Example 3. Mixed Boundary Conditions, 84 ......Page 95
Example 4. Quarter-Plane, 86 ......Page 97
Example 1. Vibrating Circular Membrane, 93 ......Page 104
Example 2. Acoustic Radiation, 94 ......Page 105
Example 1. Semi-infinite Rod, 99 ......Page 110
9. GREEN’S FUNCTION METHOD FOR THE WAVE OPERATOR, 104 ......Page 115
Example 1. Doubly-infinite Stringy 105 ......Page 116
Example 1. Poisson Equation for a Rectangle, 106 ......Page 117
Example 1. Laplace Operator in Three Dimensions, 112 ......Page 123
Example 2. Two- and Three-Dimensional Acoustics, 116 ......Page 127
Example 3. Biharmonic Equation, 125 ......Page 136
12. SUMMARY, 130 ......Page 141
Errata, 133 ......Page 144
Suggested Reading, 135 ......Page 146
Index, 137 ......Page 148
cover......Page 1
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