Content (regular lecture)
1 Introduction
1.1 Reservoir applications
1.2 Thermal reservoir properties
1.3 Hydraulic reservoir properties
1.4 Mechanical reservoir properties
1.5 Reservoir processes
1.6 Coupled reservoir processes
2 Laboratory Testing & Field observation
2.1 Testing of hydraulic properties
2.2 Testing of mechanical properties
2.3 Field observation to be quantified
3 Numerical Simulation
3.1 Use modelling as an evaluation for reservoir observation
3.2 From Geomodel to dynamic forward simulation
3.3 Theory on numerical simulation
Content (block course)
4 Application
4.1 Description of the study case
4.2 Presentation of the meshing
and simulation tools
4.3 Application of the study case
4.4 Individual test case scenarios
1 Introduction
1.1 Reservoir applications
1.2 Thermal reservoir properties
1.3 Hydraulic reservoir properties
1.4 Mechanical reservoir properties
1.5 Reservoir processes
1.6 Coupled reservoir processes
2 Laboratory Testing & Field observation
2.1 Testing of hydraulic properties
2.2 Testing of mechanical properties
2.3 Field observation to be quantified
3 Numerical Simulation
3.1 Use modelling as an evaluation for reservoir observation
3.2 From Geomodel to dynamic forward simulation
3.3 Theory on numerical simulation
Content (block course)
4 Application
4.1 Description of the study case
4.2 Presentation of the meshing
and simulation tools
4.3 Application of the study case
4.4 Individual test case scenarios
- Trainer/in: Guido Blöcher