Stephen J. Martel

Department of Geology and Geophysics

School of Ocean and Earth Science and Technology

University of Hawai'i at Manoa

June 3, 2016

Copyright © 2016 by S. J. Martel

Lecture notes are available as PDF files. You may need to install Acrobat Reader to obtain the PDF documents.

Class themes

Student Learning Outcomes

Lecture 01: Introduction

Lecture 02: Lines and planes

Lecture 03: Orthographic Projections

Lecture 04: Maps (1)

Lecture 05: Maps (2)

Lecture 06: Vectors and tensors

Lecture 07: Vector products

Lecture 08: Stereonets (1)

Lecture 09: Stereonets (2)

Lecture 10: Rotations (1)

Lecture 11: Rotations (2)

Lecture 12: Kinematics (1)

Lecture 13: Kinematics (2

Lecture 14: Finite Strain (1)

Lecture 15: Infinitesimal strain

Lecture 16: Stress (1)

Lecture 17: Stress (2)

Lecture 18: Stress (3)

Lecture 19: Stress (4)

Lecture 20: Rheology

Lecture 21: Holes (I)

Lecture 22: Holes (II)

Lecture 23: Dislocations

Lecture 24: Faults (I)

Lecture 25: Faults (II)

Lecture 26: Joints & dikes

Lecture 27: Folds (I)

Lecture 28: Folds (II)

Lecture 30: Folds (III)

Lecture 31: Recap

** LAB LECTURE NOTES (prepared from PowerPoint, 2011-2016)
**

Lab 01: Orientations of Lines & planes

Lab 03: Maps and Cross Sections

Lab 04: Intersection of Planes

Lab 05: Stereonets

Lab 07: Down-plunge views

Lab 09: Eigenvectors and Eigenvalues

Lab 10: Principal strains

Lab 14: Folds

Lab 15: Opening-mode cracks

**
**

Lab 01: Orientations of Lines & planes

Lab 02: Orthographic Projections

Lab 03: Three point problems

Lab 04: Intersection of planes

Lab 05: Spherical Projections

Lab 05: Equal-angle net

Lab 06: Rotations

Lab 07: Rotations and Geologic Maps

Lab 10: Stress and Strain

Lab 11: Elasticity Theory

Lab 12: Stress and strain around a hole

Lab 13: Fault slip

Lab 14: Folds

Fall 2010 syllabus

Lecture 01: Introduction

Lecture 02: Lines and planes

Lecture 03: Orthographic Projections

Lecture 04: Maps (1)

Lecture 05: Maps (2)

Lecture 06: Vectors and tensors

Lecture 07: Vector products

Lecture 08: Stereonets (1)

Lecture 09: Stereonets (2)

Lecture 10: Coordinate transformations (1)

Lecture 11: Coordinate transformations (2)

Lecture 12: Kinematics

Lecture 13: Finite Strain (1)

Lecture 14: Finite Strain (2)

Lecture 15: Infinitesimal strain

Lecture 16: Stress (1)

Lecture 17: Stress (2)

Lecture 18: Stress (3)

Lecture 19: Stress (4)

Lecture 20: Rheology

Lecture 21: Holes (1)

Lecture 22: Holes (2)

Lecture 23: Dislocations

Lecture 24: Faults (1)

Lecture 25: Faults (2)

Lecture 26: Folds (1)

Lecture 27: Folds (2)

Lecture 28: Joints & fractures

Lecture 29: Grainscale deformation

Eigenvectors and Eigenvalues

**LABS
**

DO NOT DOWNLOAD THESE FOR GG303. THEY ARE FOR REFERENCE ONLY!

Lab 01: Orientations of Lines & planes

Lab 02: Orthographic Projections

Lab 02 supplement

Lab 03: Three-point Problems

Lab 04: Intersection of planes

Lab 05: Spherical Projections

Lab 06: Rotations

Lab 07: Down_plunge views

Lab 08: Midterm

Lab 09: Strain

Lab 10: Stress

Lab 11: Rheology/Elasticty

Lab 12: Photoelasticity

Lab 13: Faults

Lab 14: Folds

Lab 15a (Demonstration): Dikes in Gelatin

Lab 15b (Demonstration): Dikes in Gelatin

Gelatin directions

Lab 16: Lab Final

**
MATLAB SCRIPTS (pdf files)
**

Lab 05: stereonet.m

Lab 09: strain1.m

Lab 09: quiveralt.m

Lab 13: geldike.m

Lab 13: traj2.m

Lab 14: lab14.m

**
MATLAB SCRIPTS (text files)
**

curv.m

curvature.m

geldike.m

gg303_lab2_template

gg303_2003_profile_data

gg303_2004_profile_data

gg303_2005_profile_data

gg303_2006_profile_data

gg303_2007_profile_data

gg303_2008_profile1_data

gg303_2008_profile2_data

gg303_2011_lab_10_b

gg303_profile

gg303_profilefit

lab_09_ex2c_2008

lab14.m

lycra.m

quiveralt.m

rotation_matrix.m

rot_x.m

rot_y.m

rot_z.m

stereonet.m

strain1.m

test.m

trend_plunge2alpha_beta_gamma.m

traj2.m

vr_decomp.m

wulff4.m

**
WORD FILES
**

Lab 02: Orthographic Projections

Lab 03: Three-point Problems

Lab 04: Intersection of planes

Lab 09: Strain

lycra_table

Lab 12 Word document

**
LECTURE FINAL READING
**

Spanish Peaks paper by Ode

Spanish Peaks paper (large font)

Spanish Peaks supplement

Spanish Peaks paper by Muller and Pollard

**
STANDARDS OF ACCURACY AND SIGNIFICANT FIGURES
**

Significant Figures

**
MATLAB TUTORIAL FOR BEGINNERS
**

Brief Matlab tutorial

**
MATLAB LINKS
**

University of Utah Link

University of Florida Link

Michigan Technological University Link

University of Indiana Link

Octave (similar to Matlab)

**
MATLAB DIRECTIONS (text files)
**

Matlab_directions

**
IMAGES (jpeg files)
**

Streses_around_hole

**
Data
**

Fault Profile data