Efran Savaramini

Mechanical Earth Models (MEMs)

Construction of Mechanical Earth Models (MEMs) is essential for understanding subsurface mechanical behavior. They characterize reservoirs, model geomechanical responses, analyze wellbore stability, and optimize hydraulic fracturing. MEMs assess fault mechanics and enhance reservoir management decisions, facilitating informed choices in hydrocarbon exploration, production, and geomechanical analysis.

1.01 – Significance Of Mechanical Earth Models (18 min.)  

2.01 – Introduction To Duvernay (5 min.)
2.02 – Elastic Properties (22 min.)
2.03 – Unconfined Compressive Strength (15 min.)
2.04 – Confined Compressive Strength (23 min.)
2.05 – Tensile Strength, Friction Angle (6 min.)
2.06 – Pore Pressure And In-Situ Stress Analysis (26 min.)
2.07 – Frac Modeling & Common Landing (14 min.) 
2.08 – Fracture Extension, Net & Breakdown Pressures (7 min.) 
2.09 – Rock Competency Analysis – Part 1 (20 min.)
2.10 – Rock Competency Analysis 2 (6 min.)

3.01 – Montney Elastic Properties (8 min.)
3.02 – Pore Pressure and In-Situ Stress Analysis (10 min.)
3.03 – Fracture Extension, Net and Breakdown Pressures (5 min.)
3.04 – Summary (1 min.) 

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