Fault complexity has been linked to high‐frequency earthquake radiation, although the
underlying physical mechanisms are not well understood. Fault complexity is commonly …

Abstract Analysis of the correlation between fractal attributes of complex seismotectonic
variables may offer insights into seismic hazard assessment. The Gutenberg-Richter …

Publisher Summary This chapter focuses on saturated fracture systems in fractured rocks
without considering matrix–fracture interaction, in terms of single-phase fluid flow. The basic …

Due to the capacity to quantify the complexity of a fracture network, fractal dimension (D) is
widely applied in analyzing fracture network-related issues, such as connectivity and …

Faults in carbonate rocks occur over a wide range of scales, some of which lie below the
resolution of seismic reflection surveys. For this reason, our knowledge of the spatial and …

The Gulf of Corinth, Greece, is a 110-km-long by 30-km-wide active graben displaying
strong seismicity hosted both on north and south dipping normal faults. This complex fault …

Fractal properties of active fault systems in Japan are evaluated and compared to Gutenberg‐
Richter b values. Properties of the active fault network and seismicity were evaluated at 20 …

This work proposes a complete method for automatic inversion of data from hydraulic
interference pumping tests based on both homogeneous and fractal dual-medium …

Interrelationships between the multifractal properties of epicenter distribution (Dq), the
Gutenberg‐Richter b value, and GPS‐derived strain (shear and dilatation) for the time …

Naturally fractured reservoirs are generally extremely complex. The aim of characterisation
and modelling of such reservoirs is to construct numerical models of rock and fractures …