## CHAPTER Date | ## LECTURE | ## EXERCISE |
---|---|---|

. | PDF of Book and Outline. Seismic Overview PPT | . |

Ch. 1 : 09/05-09/09 | Acoustic Stress and Strain (Ch. 1): Stress, strain, infinitesimal linear assumption, Hooke's Law, Newton's Law, acoustic wave equation, bulk modulus, density. Planar Solutions to Acoustic Wave Equation (Ch. 1): Wave eqn., plane wave solution, period, apparent wavelength, wavenumber, apparent velocity, slowness, aliasing. | Problems 1-3 on pages 7 and problems 1-6 on pages 14-15 in Chapter 1 (Due Sept 19). |

Ch. 1: 09/12-09/16 | Spherical Solutions to Acoustic Wave Equation (Ch. 1): Spherical divergence, Green's functions, energy of a wave, dispersion relationship, phase velocity. RMS | . |

Ch. 1: 09/26-09/30 | Reflection+Transmission Coefficients (Ch. 1): Snell's Law, Reflection-Transm. coefficients, critical angle, impedance, particle velocity, pressure, free-surface condition, U and D separation, critical angles, refractions, Bright spots, and attenuation. | Problems 1, 2, 3, 6, and 7 on page 30. Problems 1 and 2 on page 37. (Due Oct. 3). |

Ch. 2: 10/03-10/07 | Convolution, Convolutional Forward Modeling, Well Logs, Rock Properties, Seismic Wavelet., Depth2Time | In-class problems due Oct. 10. Read Chapter 2. |

Ch. 2 and 3: 10/10-10/14 | Multiples and FD Soln. to Wave Equation. | Lab: 1D Conv. Modeling Lab (Due Oct. 22), read Chapter 3. |

Ch. 2 and 3: 10/17-10/21 | Stability and Dispersion and ABC | Lab: 1D FD. Modeling Lab (Due Oct. 31), read Chapter 3. Do 4 out of the following 5 exercises: Exercises 1, 2, 3, and 4 page 66 and Exercise 3 on page 69. (Due Oct. 31). |

Ch. 3: 10/24-10/28 | No Lectures this week ;Midterm Test: Oct. 28 | Lab: Study Hard. |

Ch. 4: 10/3l-11/4 | Lecture only on Monday Nov. 2 and Lab on Wed Nov. 4; no lecture Satiurday Oct. 31. Read Chapter 4. Eikonal Equation. | Lab: 2D FD. Modeling Lab . (Due Nov. 11) |

Ch. 5-6: 11/7-11/9 | Traveltime Tomography. Traveltime integral, linearization, steepest descent, regularization, least squares, normal equations, inconsistency, non-uniqueness, condition number, damping parameter, high frequency assumption, overdetermined and undetermined systems of equations. | Lab: Matlab Tomography Exercises 1-2. |

Ch. 5-6: 11/14-11/17 | Traveltime Tomography and seismic experiment. Non-linearity, model covariance matrix, resolution, best resolved features are velocity gradients perp. to rays. | Lab: Matlab Tomography Exercises 3-4. (Ex. #4 Due Nov. 21) |

Ch. 5-6: 11/21-11/23 | Curved ray tomography synthetic lab and traveltime picking lab. | (Exercises 1, 2, 3, 4, and 7 on page 96 of Chapter 5. Due Dec. 5). |

Ch. 7: 12/5-12/9 (Read last elastic chapter in book) | Shear strain, SH waves, SH wave equation. Stress tensor, and Einstein notation. SH wave equation, stress tensor and 1st-order elastic wave equation. | Problems (Due Dec. 14). |

Ch. 7: 12/12-12/14 | Strain tensor; 2nd-order isotropic equations of motion for homogeneous medium; P, SH, SV waves, surface waves, dispersion relation, PS and PP reflection coefficients. Love and Rayleigh waves. | Final: Dec. 20, 3:00-5:30. |