Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy

Jean-Marie Questiaux; Nicolas Henri Ruby; Gary Douglas Couples

Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy

Jean-Marie Questiaux, Nicolas Henri Ruby, Gary Douglas Couples

Research output: Contribution to conference › Paper

Original language	English
Pages	2 pp.
Number of pages	2
Publication status	Published - Feb 2004
Event	AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes - Austin, Texas, United States Duration: 8 Feb 2004 → 11 Feb 2004

Conference

Conference	AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes
Country/Territory	United States
City	Austin, Texas
Period	8/02/04 → 11/02/04

Cite this

Questiaux, J.-M., Ruby, N. H., & Couples, G. D. (2004). Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy. 2 pp.. Paper presented at AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes, Austin, Texas, United States.

Questiaux, Jean-Marie ; Ruby, Nicolas Henri ; Couples, Gary Douglas. / Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy. Paper presented at AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes, Austin, Texas, United States.2 p.

@conference{c0b35a57b7224463a40feff5def53a5c,

title = "Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy",

author = "Jean-Marie Questiaux and Ruby, {Nicolas Henri} and Couples, {Gary Douglas}",

year = "2004",

month = feb,

language = "English",

pages = "2 pp.",

note = "AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes ; Conference date: 08-02-2004 Through 11-02-2004",

}

Questiaux, J-M, Ruby, NH & Couples, GD 2004, 'Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy', Paper presented at AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes, Austin, Texas, United States, 8/02/04 - 11/02/04 pp. 2 pp..

Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy. / Questiaux, Jean-Marie; Ruby, Nicolas Henri; Couples, Gary Douglas.
2004. 2 pp. Paper presented at AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes, Austin, Texas, United States.

Research output: Contribution to conference › Paper

TY - CONF

T1 - Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy

AU - Questiaux, Jean-Marie

AU - Ruby, Nicolas Henri

AU - Couples, Gary Douglas

PY - 2004/2

Y1 - 2004/2

M3 - Paper

SP - 2 pp.

T2 - AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes

Y2 - 8 February 2004 through 11 February 2004

ER -

Questiaux JM, Ruby NH, Couples GD. Generic approach to modelling fractures and fluid flow in naturally fractured carbonate reservoirs and its impact on development strategy. 2004. Paper presented at AAPG Hedberg Research Conference: Structural Diagenesis: Fundamental Advances and New Applications from a Holistic View of Mechanical and Chemical Processes, Austin, Texas, United States.