The paper presents the recent advances and their relevance in the study of the geomechanical behavior of shales considering both experimental and modelling aspects. Shales are involved in several energy-related engineering applications where complex multiphysical conditions are encountered. Partial saturation, non-isothermal conditions, plasticity and damage mechanisms may have a fundamental impact on their geomechanical behavior. The relevance of these aspects for shales is presented in the paper both from advance experimental and modeling point of view
The paper presents some of the advanced experimental techniques and apparatuses that have been devel...
Shale gas is becoming an important energy source worldwide. The geomechanical properties of shale ro...
Mechanical properties of oil shales as a function of temperature and pressure are reviewed. Implicat...
The involvement of shales in new energy-related fields such as the extraction of gas shale and shale...
Significant advancements in the experimental analysis of soils and shales have been achieved during ...
The successful development of shale gas requires a fundamental understanding of shales and that can ...
Shales are among the most commonly considered geomaterials in current energy-related geomechanical i...
The continuous growing interest for shales in numerous energy-related engineering applications bring...
Master's thesis in Petroleum engineeringShale gas reservoirs are mainly characterized by their low m...
This chapter presents an overview of modeling frameworks available within the theory of elastoplasti...
ABSTRACT: The development of engineering activities involving shales such as the extraction of shale...
An experimental and theoretical investigation of water content and stress effect on mechanical, chem...
In order to fulfill its mission of research and expertise about deep nuclear waste disposals, the Fr...
Shales are among the most commonly considered geomaterials in current energy-related geomechanical i...
The title of this paper immediately raises two questions: what is meant by a shale, and what is mean...
The paper presents some of the advanced experimental techniques and apparatuses that have been devel...
Shale gas is becoming an important energy source worldwide. The geomechanical properties of shale ro...
Mechanical properties of oil shales as a function of temperature and pressure are reviewed. Implicat...
The involvement of shales in new energy-related fields such as the extraction of gas shale and shale...
Significant advancements in the experimental analysis of soils and shales have been achieved during ...
The successful development of shale gas requires a fundamental understanding of shales and that can ...
Shales are among the most commonly considered geomaterials in current energy-related geomechanical i...
The continuous growing interest for shales in numerous energy-related engineering applications bring...
Master's thesis in Petroleum engineeringShale gas reservoirs are mainly characterized by their low m...
This chapter presents an overview of modeling frameworks available within the theory of elastoplasti...
ABSTRACT: The development of engineering activities involving shales such as the extraction of shale...
An experimental and theoretical investigation of water content and stress effect on mechanical, chem...
In order to fulfill its mission of research and expertise about deep nuclear waste disposals, the Fr...
Shales are among the most commonly considered geomaterials in current energy-related geomechanical i...
The title of this paper immediately raises two questions: what is meant by a shale, and what is mean...
The paper presents some of the advanced experimental techniques and apparatuses that have been devel...
Shale gas is becoming an important energy source worldwide. The geomechanical properties of shale ro...
Mechanical properties of oil shales as a function of temperature and pressure are reviewed. Implicat...