|

SELECTED TOPICS
FOR RESEARCH PAPER
Choose a topic from the following list by the 4th week. I can start you
up by introducing few major references. You need to find more references
in the library. NOTE:
You can add to this list by selecting any other topic from your textbook!
You should
provide a historical review of the subject in your introduction, its significance,
applications, and methodology. Add a conclusions and References section.
Format and how to write the
Research Paper.
NOTE: See "Lectures" for the
deadline!
Topics
for Research: You can add your own topic to this list!
| Topic |
Topic |
| foliation |
lineation |
| thrust
fault |
normal
fault |
| strike
slip fault |
mylonite |
| cataclasite |
cataclastic
flow |
| rheology |
ductile
deformation |
| brittle
deformation |
brittle-ductile
deformation |
| crystal
plasticity |
recrystallization |
| recovery |
pressure
solution |
myrmekite
|
infinitesimal strain |
| finite
strain |
shear
zones |
| strain
analysis of markers |
deformation
of sed. structures |
| hydraulic
fracturing |
joints |
| vein
formation |
boudinage |
| friction |
experimental
rock deformation |
| refolding |
deformation
of planar fabric |
| deformation
of linear fabric |
statistical
analysis of fabrics |
| fractal
analysis of structures |
slope
instability |
| land
slides |
pole
of the Mohr circle |
| structures
in ophiolites |
fractures
and karstification |
| hot
spot related extension |
GIS
in geological mapping |
| dislocations
in quartz |
Fluids
in rocks |
| fold
shape quantification |
Impact
structures |
| dynamic
recrystallization |
Low-angle
normal faults |
| rheology
of olivine |
Pseudotachylytes |
| balanced
cross-sections |
3D
stress |
| fluids
in rocks |
Gneiss |
| Salt
deformation |
Ocean
floor fabrics |
| Disjunctive
cleavage |
Accretionary
prism structures |
| Mineral
lineations |
Unconformities |
| Rheology
of olivine |
Geophysical
Imaging |
| Dislocations
in quartz |
Faults
and fluids |
| Gold
in veins |
Mineral
Lineations |
| Static
recrystallization |
Fold
classification |
| Slaty
cleavage |
Hydroelastic
stress failures |
NOTE:
You can add to this list by selecting any other topic from your textbook!
|