This chapter is from the book Fractals in the Earth Sciences, which reviews the many applications of fractal geometry used to study earth science patterns and processes. Designed as an introduction to this new area of study, the papers represent a broad spectrum of earth science disciplines where patterns have proven to be fractal over many orders of magnitude in time or space. This volume features an exhaustive list of published fractal dimensions measured for earth science patterns
Using the conventional fracture parameters is difficult to characterize and predict the complex natu...
Summary. Using a worldwide catalog of earthquakes we analyze the distribution of distances between p...
Experiments on granite specimens after different high temperature under uniaxial compression were co...
This chapter is from the book Fractals in the Earth Sciences, which reviews the many applications of...
This well-illustrated volume reviews the many applications of fractal geometry used to study earth s...
Fracture propagation in rock often produces complex patterns, such as the branching patterns of frac...
In this review article, detailed about fractal geometry and its application in rock mechanics is pre...
In the Solid Earth, fracturing is a pervasive phenomenon : weathering, explosion, impact, faulting, ...
Objects in nature are often very irregular, so that, within the constraints of Euclidean geometry, o...
Low-frequency seismic disturbances frequently induce violent rockburst hazards, seriously threatenin...
A fractal model for the size distribution was proposed based on the fractal character of the crushin...
The multifractal behavior of rock fracture surfaces is studied taking into account fractal heterogen...
Abstract. Scaling in fracture systems has become an active field of research in the last 25 years mo...
Fractal methods are now standard analytical tools in the life sciences, physics and chemistry, and t...
In this unique volume, renowned experts discuss the applications of fractals in petroleum research-o...
Using the conventional fracture parameters is difficult to characterize and predict the complex natu...
Summary. Using a worldwide catalog of earthquakes we analyze the distribution of distances between p...
Experiments on granite specimens after different high temperature under uniaxial compression were co...
This chapter is from the book Fractals in the Earth Sciences, which reviews the many applications of...
This well-illustrated volume reviews the many applications of fractal geometry used to study earth s...
Fracture propagation in rock often produces complex patterns, such as the branching patterns of frac...
In this review article, detailed about fractal geometry and its application in rock mechanics is pre...
In the Solid Earth, fracturing is a pervasive phenomenon : weathering, explosion, impact, faulting, ...
Objects in nature are often very irregular, so that, within the constraints of Euclidean geometry, o...
Low-frequency seismic disturbances frequently induce violent rockburst hazards, seriously threatenin...
A fractal model for the size distribution was proposed based on the fractal character of the crushin...
The multifractal behavior of rock fracture surfaces is studied taking into account fractal heterogen...
Abstract. Scaling in fracture systems has become an active field of research in the last 25 years mo...
Fractal methods are now standard analytical tools in the life sciences, physics and chemistry, and t...
In this unique volume, renowned experts discuss the applications of fractals in petroleum research-o...
Using the conventional fracture parameters is difficult to characterize and predict the complex natu...
Summary. Using a worldwide catalog of earthquakes we analyze the distribution of distances between p...
Experiments on granite specimens after different high temperature under uniaxial compression were co...