DAY | CHAPTER
| TOPIC
| LAB
|
|---|
| 1
| 1.1
| PDF Book, Introduction, and Outline.
| .
|
|
| 1
| 1.2
| Acoustic Stress and
Strain (Ch. 1)
Stress, strain, infinitesimal linear assumption,
Hooke's Law, Newton's Law, acoustic wave equation, absorbing
boundary conditions.
| Stress-strain exercise
|
|
| 1
| 1.3
|
Planar Solutions to Acoustic Wave Equation (Ch. 1):
Wave eqn., plane wave solution, period, apparent wavelength, wavenumber,
apparent velocity, slowness, aliasing.
| Plane-wave exercise
and Seismic Record Interpretation Lab I.
|
|
| 1
| 1.4
| Spherical Solutions to Acoustic Wave Equation (Ch. 1):
Spherical divergence, Green;s functions, energy of a wave
and
LSM.
| Spherical-wave exercise , Midterm Hmwk.
|
|
| 1
| 1.5
| Reflection+Transmission Coefficients (Ch. 1):
Snell's Law, Reflection-Transm. coefficients, critical angle, impedance,
particle velocity, pressure, free surface condition,
and 2-3 Layer Refract. .
| Reflection coefficient exercise
and Reflection Homework. |
|
| 1
| 1.6
| Refraction Head Waves. and
Convolutional Forward Modeling, Well Logs, Rock Properties,
Seismic Wavelet.
| Lab: 1D Convolutional Modeling Lab
|
|
| 1
| TBA
|
SVI and SVI II.
| Lab: SVI Lab
|
|
| 2
| 7.1
|
Finite-Difference Solution to the Wave Equation Theory.
| 1D FD Lab
|
|
| 2
| 7.2
| Stability, Dispersion & ABCs and Adv. Absorbing Boundary Conditions.
| 2D FD Lab
|
|
| 3
| 4.1
|
Traveltime Tomography Theory:
traveltime integral, linearization, least squares solution.
|
Straight Ray Tomography Lab
|
|
| 3
| 3.1
| Attenuation, Eikonal FD, and Ray-based Traveltimes.
Eikonal FD.
|
Eikonal Lab
|
|
| 4
| 2.1
| Tomography Resolution.
|
.
|
|
| 5.1
| 2.1
| SH Wave Equation
| .
|
|
| 5.2
| 2.1
| Simple Elastic Strain, Stress, Newton's Law, Hooke's Laws, and Elastic Wave Eqn.
|
Elastic FD Lab
|
|
| 5.3
| 2.1
| Staggered Grid Elastic F.D.
|
.
|
|
| 2
| 2.1a
| Lecture: Elastic Stress Tensor
and Strain
Tensor.
|
|
|
| 2
| 2.1
| Hooke's Law, Newton's Law, Elastic
Wave Equation (Ch. 2)
| Elastic FD Exercises
|
|
| 2
| 7.3
| Finite Difference Solution
to the Elastic Wave Equation
FD Approximation, Differencing Stencil.
| Elastic FD Lab
|
|
| 2
| 2.1
|
SH
Wave Equation (Ch. 2)
,
Hooke's Law, Newton's Law, Stress, Elastic
Wave Equation (Ch. 2)
, and P, SH, SV waves, surface waves, PS and PP reflection coefficients. Love and Rayleigh waves.
| .
|
|
| 3
| 2.1
| Radiation Pattern
| Multicomponent Exercise,
Elastic PSV FD Lab,
Elastic Radiation FD Lab
|
|
|
| 3
| 6.1
|
Modeling and Postack Migration
| Poststack
Forward Modeling Lab
|
|
| 3
| 6.2
|
Prestack Born Modeling and Migration.
|
Prestack
Forward Modeling Lab ,
and Poststack
migration, and Prestack
Migration.
|
|
| 4
| 6.4
|
Migration Resolution(Ch. 6)
| Exercise |
|
| 4
| 6.5
|
Time Migration (Ch. 6)
| Time Migration Lab;
|
|
| 4
| 6.6
|
Reverse Time Migration (Ch. 6)
| RTM Lab ;
|
|
| 5
| 4.1
| Traveltime Tomography
and Waveform Tomography
| Tomography lab I
|
|
| 5
| 4.2
| Traveltime Tomography (Ch. 4):
Linearization of Traveltime Integral, Overdetermined
System of Equations, Damping, Steepest Descent, Multiscale
Tomography.
| Tomography lab I
|
|
| 5
| 4.3
| Tomography (Ch. 4)
| Tomography lab II
|
|
