Structural Geology					Spring 2008	Reading
						Davis and Reynolds
J	28	M	1		Introduction	Cha. 1 - Casually
	30	W	2		Primary Structures and  Contacts	p. 645 - 662  **645-649 Casually: 629-645
DESCRIPTIVE ANALYSIS
F	1	F	3		Lab-Folding lines 1: Depth and thickness
e	4	M	4		Lab: Stereonets, Intro.	L&L: Casually: p.2-11; Carefully: 12-21.
b	6	W	5		Fractures: Intro;  Faults 1	p. 653-654, 204-214, 269-270
r	8	F	6		Faults 2: Slip vs. separation	p. 292-300 + Crowell
u	11	M	7		Faults 3: Recognition of faults	p. 271-292
a	13	W	8		Snow-day
r	15	F	9		Lab: Fault slip/separation on maps
y	18	M	**		Holiday: Presidants Day
	19	T	10		Folds: Introduction	p.372-388
	20	W	11		Folds 2: classification and specification
	22	F	12		Folds 3: classification and specification
	25	M	13		Folds: superimposed folding
KINEMATIC ANALYSIS
	27	W	14		Joints; Joint and Fault Surfaces	p.204-226; 273-286
	29	F	15		STRAIN, 'Measures of strain	p.51-65
M	3	M	16		Exam 1
a	5	W	17		The strain ellipsoid	p.66-68
r	7	F	18		Strain states, strain diagrams	p.478-480
c	10	M	19		Finite and infinitesimal strain
h	12	W	20		Pure shear and simple shear	p.554-560
	14	F	21		The strain equations	p. 68-70
	17	M	***		Spring Break
	19	W	***		Spring Break
	21	F	***		Spring Break
	24	M	22		Classical Fold mechanisms (1)	p.372-423 Cha7
	26	W	23		Toward a "realistic" fold model - Buckling	p. 404-413
	28	F			NE-GSA - No class
	31	M	24		Homogeneous strain	424-492
A	2	W	25		Fabrics & folding
p	4	F	26		Transposition,  Def mechanisms... intro.	" "
r	7	M	27		Deformation mechanisms (1)	p. 150 - 189
i	9	W	28		Crystal Defects, Def. mechanisms (2)	" "
l
	DYNAMIC ANALYSIS
	11	F	29		Forces, tractions, Stress on a plane	p. 98 - 109
	14	M	30		Stress at a point; the state of stress	p. 109 - 117
	15	Tu			Lecture Exam-2 In Lab
	16	W	31		Stress equations, Mohr's circle for stress	p. 117 - 121
					Deviatoric and non-deviatoric stress
	18	F	32		Conditions for failure in rocks (1)
	21	M	***		Holiday Patriots Day
	23	W	33		Conditions for failure in rocks (2)
	25	F	34		Pore pressure and failure in rocks	Casually 319-371
	28	M	35		Stress and strain: Anderson's theory	p.304-319
	30	W	36		Shear zones & brittle ductile behavior.	p. 493-563
	2	F	37		Shear zones & brittle ductile behavior.	p. 493-563
M	5	M	38		Material properties, stress&strain	p.122-149
a	7	W	39		Material properties, stress&strain
y	9	F	40		Global Tectonics 2
	12	M	41		Global Tectonics
	Final Examination: Scheduled