peer reviewedSubsidence of chalk oil reservoirs in North Sea is related to the chalk compaction induced by fluid depletion and by the water – chalk interaction. A constitutive model is developed in order to take into account these two effects. It is based on frictional – cap elastoplasticity and on the Barcelona unsaturated soil model. Oil – water – chalk interaction is modeled through the suction variable. In a second step, viscous effects are added to the model. After implementation into a finite element code, these tools allow to simulate a waterflooding experiment on a chalk sample. The model appears to reproduce qualitatively and quantitatively the experimental results
ABSTRACT: Oil reservoir rocks contain various immiscible fluids (oil, water and gas) and they are su...
During reservoir production, the depletion usually induces a compaction of the reservoir layers. To ...
PhD thesis in Petroleum engineering. At this point, only the introduction is available online, not t...
peer reviewedSubsidence of chalk oil reservoirs in North Sea is related to the chalk compaction indu...
Chalk is the constituent material of numerous oil reservoirs in North Sea. The mechanical behaviour ...
The paper proposes two numerical models ot the mechanical behaviour of chalk. First, an elasto-plast...
peer reviewedChalk in oil reservoir is generally saturated by two or more different fluids. In this ...
peer reviewedDuring the six years long Pasachalk project devoted to the mechanical behaviour of high...
Oil exploitation in North Sea Ekofisk oilfield started in 1971, the reservoir is located in a 150 m ...
International audienceOil exploitation in North Sea Ekofisk oilfield started in 1971, the reservoir ...
Two or more different fluids generally saturate chalk in oil reservoir, and therefore its behaviour ...
The compaction of chalky reservoirs during oil ex-traction and other important problems like the &qu...
International audienceBased on the concepts of the mechanics of unsaturated soils where capillary ph...
peer reviewedIn the North Sea Ekofisk oilfield, oil is located in a 300 m thick layer of porous chal...
ABSTRACT: During the six years long Pasachalk project devoted to the mechanical behaviour of high po...
ABSTRACT: Oil reservoir rocks contain various immiscible fluids (oil, water and gas) and they are su...
During reservoir production, the depletion usually induces a compaction of the reservoir layers. To ...
PhD thesis in Petroleum engineering. At this point, only the introduction is available online, not t...
peer reviewedSubsidence of chalk oil reservoirs in North Sea is related to the chalk compaction indu...
Chalk is the constituent material of numerous oil reservoirs in North Sea. The mechanical behaviour ...
The paper proposes two numerical models ot the mechanical behaviour of chalk. First, an elasto-plast...
peer reviewedChalk in oil reservoir is generally saturated by two or more different fluids. In this ...
peer reviewedDuring the six years long Pasachalk project devoted to the mechanical behaviour of high...
Oil exploitation in North Sea Ekofisk oilfield started in 1971, the reservoir is located in a 150 m ...
International audienceOil exploitation in North Sea Ekofisk oilfield started in 1971, the reservoir ...
Two or more different fluids generally saturate chalk in oil reservoir, and therefore its behaviour ...
The compaction of chalky reservoirs during oil ex-traction and other important problems like the &qu...
International audienceBased on the concepts of the mechanics of unsaturated soils where capillary ph...
peer reviewedIn the North Sea Ekofisk oilfield, oil is located in a 300 m thick layer of porous chal...
ABSTRACT: During the six years long Pasachalk project devoted to the mechanical behaviour of high po...
ABSTRACT: Oil reservoir rocks contain various immiscible fluids (oil, water and gas) and they are su...
During reservoir production, the depletion usually induces a compaction of the reservoir layers. To ...
PhD thesis in Petroleum engineering. At this point, only the introduction is available online, not t...