Chapter 1 - Introduction to DFIT Analysis (2:42:44)

1.01 Intro to DFITs (13:01)  Sample Lesson

1.02 Revisiting Hydraulic Fracturing (16:28)

1.03 Revisiting Hydraulic Fracturing Continued (13:22)

1.04 Revisiting Hydraulic Fracturing - Propagation (07:18)

1.05 DFIT Hydraulic Fracture Fundamentals - Fracture Pressure (20:42)

1.06 DFIT Hydraulic Fracture Fundamentals - Fracture Closure (27:33)

1.07 DFIT Hydraulic Fracture Fundamentals - Storage and Compliance (13:49)

1.08 DFIT Hydraulic Fracture Fundamentals - Horizontal Well Leak-off Types (11:00)

1.09 DFIT Hydraulic Fracture Fundamentals - Fracture Closure - MWX Site (21:19)

1.10 DFIT Hydraulic Fracture Fundamentals - Fracture Closure - Lab Data (18:12)

Chapter 2 - Before-Closure Analysis and The G-Function (2:30:46)

2.01 The G-Function Introduction (27:17)

2.02 The G-Function Applied (19:26)

2.03 Observed Leak-Off Types (19:26)

2.04 Before-Closure Analysis - G-Function (23:55)

2.05 Short-Flow Transient Analysis - ISIP (13:28)

2.06 Before-Closure Analysis - Permeability (10:39)

2.07 Before-Closure Analysis - Permeability Continued (13:55)

2.08 Before-Closure Analysis - Permeability Continued Further (12:16)

2.09 Chapter 2 Key Learnings (10:24)

Chapter 3 - After-Closure and Short Flow Transient Analysis (1:20:14)

3.01 After-Closure and Short Flow Transient Analysis - Outline (16:38)

3.02 Digression

3.03 Mini-Frac or DFIT Flow Regimes (14:32)

3.04 Radial Flow Examples (15:48)

3.05 Linear Flow Example (18:34)

3.06 DFIT Example (14:42)

Chapter 4 - Short-Flow Transient Analysis (1:40:47)

4.01 What We Need, What We Know and Confidence (15:01)

4.02 Slug Solution (13:33)

4.03 DFIT as a Short-Flow Transient Test (15:19)

4.04 DFIT as a Short-Flow Transient Test - Conventional Examples (20:12)

4.05 DFIT as a Short-Flow Transient Test - Unconventional Examples (22:40)

4.06 DFIT as a Short-Flow Transient Test - Return to Example 3 (14:02)

Chapter 5 - DFIT Design and Analysis (2:21:44)

5.01 What We Need and Know and Our Confidence (20:58)

5.02 General Design Guidelines (13:35)

5.03 Area or Volume of Investigation (13:52)

5.04 Representative Elementary Volume (11:41)

5.05 Volume Rate and Time (14:37)

5.06 Design (23:34)

5.07 Short-Flow Transient Analysis (23:36)

5.08 Short-Flow Transient Analysis Example 2 (19:51)

Chapter 6 - Using DFIT Measurements (1:36:41)

6.01 Introduction (19:47)

6.02 Constrained Rate Transient Analysis (15:22)

6.03 Constrained RTA - Interference (16:01)

6.04 Constrained RTA - MFHW Oil Well Example (15:55)

6.05 Constrained RTA - MFHW Gas Well Example (19:37)

6.06 Constrained RTA - MFHW Gas Well Production (09:59)

Chapter 7 - Advanced Topics (59:17)

7.01 NFIT RFIT RNFIT - Definition (18:35)

7.02 NFIT Examples (13:46)

7.03 More Examples (26:56)

Chapter 8 - Advanced Topics - New Technology (2:21:39)

8.01 En Echelon Fracture Swarms (13:10)

8.02 En Echelon Fracture Swarms - Transient Solutions (16:22)

8.03 Evaluating Technical Papers - Hyperbole (20:14)

8.04 McClure, Bammidi, Cipolla et al - Examples (19:12)

8.05 McClure, Bammidi, Cipolla et al - Continued (12:39)

8.06 The Swiss Paper (27:10)

8.07 Fracture Closure is a Process (11:39)

8.08 Key Learnings (21:13)