A method for the generation of realistic fracture patterns is presented The computer program written in FORTRAN follows an approach of the scaling of natural fractures. The properties of spatial and size distributions are controlled by the statistical distribution It is a fast and efficient way to generate various fractured patterns with realistic spatial distributions including power law or fractal distribution of fracture sizes. The patterns created by the program have been applied to model seismic wave propagation and fluid flow simulation in fractured rocks. Some sample patterns are presented in this paper to demonstrate the flexibility of this simple and efficient method
This chapter is from the book Fractals in the Earth Sciences, which reviews the many applications of...
West Virginia University will implement procedures for a fractal analysis of fractures in reservoirs...
In this study, the authors simulate a polygonal discrete fracture network (DFN) in rock masses. The ...
A new approach to upscaling two-dimensional fracture network models is proposed for preserving geost...
Fracture propagation in rock often produces complex patterns, such as the branching patterns of frac...
The authors describe a comprehensive software package for two- and three-dimensional stochastic rock...
Fracture patterns arise abundantly in natural and engineered systems, and their geometries depend on...
Fractal dimension (FD) is a critical parameter in the characterization of a rock fracture network sy...
Abstract:- Due to geological reasons, fractured reservoirs are extremely heterogeneous. Modelling of...
A fractal model that represents the geometric characteristics of rock fracture networks is proposed ...
International audienceStochastic simulation of fracture systems is an interesting approach to build ...
International audienceThis paper presents an interactive method for modeling cracks and fractures ov...
We propose a pixel-based multiple-point simulation algorithm for stochastic simulation of near surfa...
International audienceIn this paper, we systematically examine the multiple scattering process of se...
A new approach to two-scale modeling of propagating fracture, based on computational homogenization ...
This chapter is from the book Fractals in the Earth Sciences, which reviews the many applications of...
West Virginia University will implement procedures for a fractal analysis of fractures in reservoirs...
In this study, the authors simulate a polygonal discrete fracture network (DFN) in rock masses. The ...
A new approach to upscaling two-dimensional fracture network models is proposed for preserving geost...
Fracture propagation in rock often produces complex patterns, such as the branching patterns of frac...
The authors describe a comprehensive software package for two- and three-dimensional stochastic rock...
Fracture patterns arise abundantly in natural and engineered systems, and their geometries depend on...
Fractal dimension (FD) is a critical parameter in the characterization of a rock fracture network sy...
Abstract:- Due to geological reasons, fractured reservoirs are extremely heterogeneous. Modelling of...
A fractal model that represents the geometric characteristics of rock fracture networks is proposed ...
International audienceStochastic simulation of fracture systems is an interesting approach to build ...
International audienceThis paper presents an interactive method for modeling cracks and fractures ov...
We propose a pixel-based multiple-point simulation algorithm for stochastic simulation of near surfa...
International audienceIn this paper, we systematically examine the multiple scattering process of se...
A new approach to two-scale modeling of propagating fracture, based on computational homogenization ...
This chapter is from the book Fractals in the Earth Sciences, which reviews the many applications of...
West Virginia University will implement procedures for a fractal analysis of fractures in reservoirs...
In this study, the authors simulate a polygonal discrete fracture network (DFN) in rock masses. The ...