PETE 629 Advanced Hydraulic Fracturing - Harold Vance ...
PETE 629 Advanced Hydraulic Fracturing - Harold Vance ...
PETE 629 Advanced Hydraulic Fracturing - Harold Vance ...
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Course Schedule<br />
Week Day Date <strong>Fracturing</strong> Theory<br />
1 T<br />
R<br />
2 T<br />
R<br />
3 T<br />
R<br />
4 T<br />
R<br />
5 T<br />
R<br />
6 T<br />
R<br />
7 T<br />
R<br />
8 T<br />
R<br />
T<br />
Jan.<br />
16<br />
Jan.<br />
18<br />
Jan.<br />
23<br />
Jan.<br />
25<br />
Jan.<br />
30<br />
Feb.<br />
1<br />
Feb.<br />
6<br />
Feb.<br />
8<br />
Feb.<br />
13<br />
Feb.<br />
15<br />
Feb.<br />
20<br />
Feb.<br />
22<br />
Feb.<br />
27<br />
Mar.<br />
1<br />
Mar.<br />
6<br />
Mar.<br />
8<br />
Mar.<br />
13<br />
Orientation, Introduction, History<br />
<strong>Fracturing</strong> Calculations with<br />
Mathematica and other software tools<br />
Introduction to MMA, H_Ch_1<br />
Assigned<br />
Equipment and Materials Special plots, H_Ch_2 HW1<br />
Production forecast, Theoretical<br />
calculations of PI<br />
Optimum Fracture Dimensions<br />
<strong>Hydraulic</strong> <strong>Fracturing</strong> Technology<br />
Conference<br />
Stress State in Formations,<br />
Induced Stresses, Fracture<br />
Initiation and Orientation<br />
Linear Elasticity and Rock<br />
Mechanics Ideal Crack Shapes<br />
Rheology, Fluid Flow in<br />
Fractures<br />
Proppant Transport, Bulk Fluid<br />
Loss Concept<br />
Coupling of Elasticity, Flow and<br />
Mat Balance<br />
Symbolics and equation solving, H_Ch_3<br />
Statistics, Probabilistic simulations,<br />
H_Ch_4-5<br />
HW2<br />
Due<br />
HW1<br />
Interpolation and Regression, H_Ch_6 HW3 HW2<br />
Visualizing and analyzing surfaces,<br />
H_Ch_7 Digital image and signal<br />
processing, H_Ch_8<br />
MMA: Crack shape solutions HW4 HW3<br />
MMA: Solving rheology models<br />
MMA: Derivation of G-function<br />
MMA: Width equations<br />
HW5<br />
HW4<br />
2 D Design MMA: 2D Design HW6 HW5<br />
Modeling Height Containment<br />
Exam 1<br />
MMA: 3D Design<br />
On-Site Injection Test Analysis MMA: Leakoff analysis HW6<br />
Modeling Fracture Propagation: 3<br />
D<br />
MMA: Height<br />
2
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