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Preface | p. vii |
Mathematical Methods | p. 1 |
Mathematical Modelling | p. 3 |
Introduction | p. 3 |
Mathematical Modelling | p. 3 |
Model Formulation | p. 5 |
Parameter Estimation | p. 8 |
Mathematical Models | p. 11 |
Differential Equations | p. 11 |
Functional and Integral Equations | p. 16 |
Statistical Models | p. 16 |
Numerical Methods | p. 17 |
Numerical Integration | p. 17 |
Numerical Solutions of PDEs | p. 19 |
Topics in This Book | p. 20 |
Calculus and Complex Variables | p. 23 |
Calculus | p. 23 |
Set Theory | p. 23 |
Differentiation and Integration | p. 26 |
Partial Differentiation | p. 33 |
Multiple Integrals | p. 35 |
Jacobian | p. 36 |
Complex Variables | p. 38 |
Complex Numbers and Functions | p. 39 |
Analytic Functions | p. 40 |
Complex Integrals | p. 41 |
Cauchy's Integral Theorem | p. 42 |
Residue Theorem | p. 43 |
Vectors and Matrices | p. 45 |
Vectors | p. 45 |
Dot Product and Norm | p. 45 |
Cross Product | p. 47 |
Differentiation of Vectors | p. 48 |
Line Integral | p. 49 |
Three Basic Operators | p. 49 |
Some Important Theorems | p. 51 |
Matrix Algebra | p. 51 |
Matrix | p. 51 |
Determinant | p. 53 |
Inverse | p. 54 |
Matrix Exponential | p. 54 |
Solution of linear systems | p. 55 |
Gauss-Seidel Iteration | p. 57 |
Tensors | p. 58 |
Notations | p. 58 |
Tensors | p. 59 |
ODEs and Integral Transforms | p. 61 |
Ordinary Differential Equations | p. 61 |
First-Order ODEs | p. 62 |
Higher-Order ODEs | p. 64 |
Linear System | p. 65 |
Sturm-Liouville Equation | p. 66 |
Integral Transforms | p. 68 |
Fourier Series | p. 69 |
Fourier Integral | p. 73 |
Fourier Transforms | p. 74 |
Laplace Transforms | p. 75 |
Wavelets | p. 77 |
PDEs and Solution Techniques | p. 79 |
Partial Differential Equations | p. 79 |
First-Order PDEs | p. 80 |
Classification of Second-Order PDEs | p. 80 |
Classic Mathematical Models | p. 81 |
Laplace's and Poisson's Equation | p. 81 |
Parabolic Equation | p. 82 |
Wave Equation | p. 82 |
Other Mathematical Models | p. 82 |
Elastic Wave Equation | p. 83 |
Reaction-Diffusion Equation | p. 83 |
Navier-Stokes Equations | p. 83 |
Groundwater Flow | p. 84 |
Solution Techniques | p. 84 |
Separation of Variables | p. 84 |
Laplace Transform | p. 87 |
Fourier Transform | p. 87 |
Similarity Solution | p. 88 |
Change of Variables | p. 89 |
Calculus of Variations | p. 91 |
Euler-Lagrange Equation | p. 91 |
Curvature | p. 91 |
Euler-Lagrange Equation | p. 93 |
Variations with Constraints | p. 99 |
Variations for Multiple Variables | p. 103 |
Integral Equations | p. 104 |
Fredholm Integral Equations | p. 104 |
Volterra Integral Equation | p. 105 |
Solution of Integral Equations | p. 105 |
Separable Kernels | p. 105 |
Volterra Equation | p. 106 |
Probability | p. 109 |
Randomness and Probability | p. 109 |
Conditional Probability | p. 115 |
Random Variables and Moments | p. 116 |
Random Variables | p. 116 |
Mean and Variance | p. 117 |
Moments and Generating Functions | p. 118 |
Binomial and Poisson Distributions | p. 119 |
Binomial Distribution | p. 119 |
Poisson Distribution | p. 120 |
Gaussian Distribution | p. 121 |
Other Distributions | p. 123 |
The Central Limit Theorem | p. 124 |
Weibull Distribution | p. 126 |
Geostatistics | p. 131 |
Sample Mean and Variance | p. 131 |
Method of Least Squares | p. 133 |
Maximum Likelihood | p. 133 |
Linear Regression | p. 133 |
Correlation Coefficient | p. 136 |
Hypothesis Testing | p. 137 |
Confidence Interval | p. 137 |
Student's t-distribution | p. 138 |
Student's t-test | p. 140 |
Data Interpolation | p. 142 |
Spline Interpolation | p. 142 |
Lagrange Interpolating Polynomials | p. 149 |
Bezier Curve | p. 150 |
Kriging | p. 151 |
Numerical Algorithms | p. 159 |
Numerical Integration | p. 161 |
Root-Finding Algorithms | p. 161 |
Bisection Method | p. 162 |
Newton's Method | p. 164 |
Iteration Method | p. 166 |
Numerical Integration | p. 168 |
Trapezium Rule | p. 168 |
Order Notation | p. 170 |
Simpson's Rule | p. 171 |
Gaussian Integration | p. 173 |
Optimisation | p. 177 |
Unconstrained Optimisation | p. 177 |
Newton's Method | p. 178 |
Steepest Descent Method | p. 179 |
Constrained Optimisation | p. 182 |
Finite Difference Method | p. 185 |
Integration of ODEs | p. 185 |
Euler Scheme | p. 186 |
Leap-Frog Method | p. 188 |
Runge-Kutta Method | p. 188 |
Hyperbolic Equations | p. 189 |
First-Order Hyperbolic Equation | p. 189 |
Second-Order Wave Equation | p. 190 |
Parabolic Equation | p. 191 |
Elliptical Equation | p. 193 |
Finite Volume Method | p. 195 |
Introduction | p. 195 |
Elliptic Equations | p. 196 |
Hyperbolic Equations | p. 197 |
Parabolic Equations | p. 198 |
Finite Element Method | p. 201 |
Concept of Elements | p. 202 |
Simple Spring Systems | p. 202 |
Bar Elements | p. 206 |
Finite Element Formulation | p. 209 |
Weak Formulation | p. 209 |
Galerkin Method | p. 210 |
Shape Functions | p. 211 |
Estimating Derivatives and Integrals | p. 215 |
Heat Transfer | p. 216 |
Basic Formulation | p. 216 |
Element-by-Element Assembly | p. 218 |
Application of Boundary Conditions | p. 219 |
Transient Problems | p. 221 |
The Time Dimension | p. 221 |
Time-Stepping Schemes | p. 223 |
Travelling Waves | p. 223 |
Applications to Earth Sciences | p. 225 |
Reaction-Diffusion System | p. 227 |
Mineral Reactions | p. 227 |
Travelling Wave | p. 229 |
Pattern Formation | p. 230 |
Reaction-Diffusion System | p. 231 |
Elasticity and Poroelasticity | p. 235 |
Hooke's Law and Elasticity | p. 235 |
Shear Stress | p. 240 |
Equations of Motion | p. 241 |
Euler-Bernoulli Beam Theory | p. 246 |
Airy Stress Functions | p. 249 |
Fracture Mechanics | p. 252 |
Biot's Theory | p. 257 |
Biot's Poroelasticity | p. 257 |
Effective Stress | p. 259 |
Linear Poroelasticity | p. 259 |
Poroelasticity | p. 259 |
Equation of Motion | p. 262 |
Flow in Porous Media | p. 263 |
Groundwater Flow | p. 263 |
Porosity | p. 263 |
Darcy's Law | p. 263 |
Flow Equations | p. 265 |
Pollutant Transport | p. 269 |
Theory of Consolidation | p. 272 |
Viscous Creep | p. 277 |
Power-Law Creep | p. 277 |
Derivation of creep law | p. 278 |
Hydrofracture | p. 283 |
Hydrofracture | p. 283 |
Diagenesis | p. 284 |
Dyke and Diapir Propagation | p. 285 |
Mathematical Formulae | p. 291 |
Differentiation and Integration | p. 291 |
Differentiation | p. 291 |
Integration | p. 291 |
Power Series | p. 292 |
Complex Numbers | p. 292 |
Vectors and Matrices | p. 292 |
Asymptotic Expansions | p. 293 |
Matlab and Octave Programs | p. 295 |
Gaussian Quadrature | p. 295 |
Newton's Method | p. 297 |
Pattern Formation | p. 299 |
Wave Equation | p. 301 |
Bibliography | p. 303 |
Index | p. 307 |
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The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.
The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.