In this paper, we model the acoustic scattering from a two dimensional fracture that is simulated by two different physical models. We calculate the scattering from the fractures with different properties based on these two models.Eni-MIT Energy Initiative Founding Member Program (Eni Multiscale Reservoir Science Project)Massachusetts Institute of Technology. Earth Resources Laborator
It is important to be able to detect and characterize naturally occurring fractures in reservoirs us...
Fractured reservoir characterization is becoming increasingly important for the petroleum industry. ...
Expanded details and additional results are presented using a new method (Willis et al, 2003) for de...
We use 2D and 3D finite-difference modeling to numerically calculate the seismic response of a singl...
Falkz Reservoir production can be stimulated by creating hydraulic fractures that effectively facili...
In this paper, we systematically examine the multiple scattering process of seismic waves at consecu...
Expanded details and additional results are presented on two methods for estimating fracture orienta...
International audienceIn this paper, we systematically examine the multiple scattering process of se...
Laboratory acoustic measurements are performed with Lucite fracture models to understand the reflect...
We present numerical simulations of elastic wave transport in two‐dimensional fractured media. Natur...
Remote sensing of fractures with elastic waves is important in fields ranging from seismology to non...
We have done the numerical modeling of seismic response to multiple sets of vertical large fractures...
We model seismic wave propagation in a reservoir with discrete fracture zones using a finite differe...
The success of the fracturing process in the oil and gas industry depends on our ability to define t...
[1] Remote sensing of fractures with elastic waves is important in fields ranging from seismology to...
It is important to be able to detect and characterize naturally occurring fractures in reservoirs us...
Fractured reservoir characterization is becoming increasingly important for the petroleum industry. ...
Expanded details and additional results are presented using a new method (Willis et al, 2003) for de...
We use 2D and 3D finite-difference modeling to numerically calculate the seismic response of a singl...
Falkz Reservoir production can be stimulated by creating hydraulic fractures that effectively facili...
In this paper, we systematically examine the multiple scattering process of seismic waves at consecu...
Expanded details and additional results are presented on two methods for estimating fracture orienta...
International audienceIn this paper, we systematically examine the multiple scattering process of se...
Laboratory acoustic measurements are performed with Lucite fracture models to understand the reflect...
We present numerical simulations of elastic wave transport in two‐dimensional fractured media. Natur...
Remote sensing of fractures with elastic waves is important in fields ranging from seismology to non...
We have done the numerical modeling of seismic response to multiple sets of vertical large fractures...
We model seismic wave propagation in a reservoir with discrete fracture zones using a finite differe...
The success of the fracturing process in the oil and gas industry depends on our ability to define t...
[1] Remote sensing of fractures with elastic waves is important in fields ranging from seismology to...
It is important to be able to detect and characterize naturally occurring fractures in reservoirs us...
Fractured reservoir characterization is becoming increasingly important for the petroleum industry. ...
Expanded details and additional results are presented using a new method (Willis et al, 2003) for de...