Page 14 - Advanced engineering mathematics
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viii   Contents

                        CHAPTER 12 Vector Integral Calculus 367
                                       12.1  Line Integrals 367
                                           12.1.1  Line Integral With Respect to Arc Length  372
                                       12.2  Green’s Theorem 374
                                       12.3  An Extension of Green’s Theorem 376
                                       12.4  Independence of Path and Potential Theory  380
                                       12.5  Surface Integrals 388
                                           12.5.1  Normal Vector to a Surface  389
                                           12.5.2 Tangent Plane to a Surface 392
                                           12.5.3  Piecewise Smooth Surfaces  392
                                           12.5.4  Surface Integrals 393
                                       12.6  Applications of Surface Integrals 395
                                           12.6.1  Surface Area 395
                                           12.6.2  Mass and Center of Mass of a Shell  395
                                           12.6.3  Flux of a Fluid Across a Surface  397
                                       12.7  Lifting Green’s Theorem to R 3  399
                                       12.8 The Divergence Theorem of Gauss  402
                                           12.8.1  Archimedes’s Principle 404
                                           12.8.2  The Heat Equation  405
                                       12.9  Stokes’s Theorem 408
                                           12.9.1  Potential Theory in 3-Space 410
                                           12.9.2  Maxwell’s Equations  411
                                       12.10  Curvilinear Coordinates  414


                         PART    4     Fourier Analysis, Special Functions,
                                       and Eigenfunction Expansions  425


                        CHAPTER 13 Fourier Series 427
                                       13.1 Why Fourier Series? 427
                                       13.2 The Fourier Series of a Function  429
                                           13.2.1 Even and Odd Functions  436
                                           13.2.2 The Gibbs Phenomenon  438
                                       13.3 Sine and Cosine Series 441
                                           13.3.1  Cosine Series 441
                                           13.3.2  Sine Series  443
                                       13.4  Integration and Differentiation of Fourier Series 445
                                       13.5 Phase Angle Form  452
                                       13.6  Complex Fourier Series 457
                                       13.7  Filtering of Signals  461

                        CHAPTER 14 The Fourier Integral and Transforms    465
                                       14.1 The Fourier Integral 465
                                       14.2 Fourier Cosine and Sine Integrals 468
                                       14.3 The Fourier Transform  470
                                           14.3.1  Filtering and the Dirac Delta Function  481
                                           14.3.2  The Windowed Fourier Transform  483




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