About this Research Topic
Rock physics experiments and numerical simulations are indispensable tools in geology and mineral resources exploration. Experiments can provide real data on the physical properties of rocks, while numerical simulations can reproduce these properties and predict behavior under unknown conditions on a computer. Understanding the physical properties of rocks is crucial in energy source exploration and development. Rock physics experiments can perform various tests on samples under controlled environments. These experiments can provide real data on the physical properties. In contrast, numerical simulations have the advantages of low cost and high flexibility. Through numerical simulations, the physical properties of rocks can be reproduced on a computer and their behavior under unknown conditions can be predicted. Combining rock physics experiments with numerical simulations can provide a more comprehensive understanding of the physical properties of rocks and offer more accurate data support for energy source exploration and development.
The goal of this research topic is to investigate the experimental and numerical simulations of rock physics, with a focus on understanding the physical properties of rocks and their behavior under different conditions. With the development of the economy, the exploration and development of conventional and unconventional oil and gas resources continue to deepen. Rock physics experiments and numerical simulation technology are the essential enablers and the necessary means for promoting oil and gas development. Besides, to address global warming challenges, one should pay special attention to the stability and physical characteristics and variation rules of reservoirs and rock, that will contribute to oil and gas development, geothermal energy extraction, carbon dioxide geo-sequestration, underground hydrogen storage, seismic hazard analysis, etc.
We are interested in receiving original research articles, review articles, and case studies that contribute to the field of rock physics experiments and numerical simulations. Manuscripts should be well-written, clearly structured, and based on sound scientific principles. They should also include relevant data, analysis, and discussion of results. The scope of research includes, but is not limited to, the following related topics, such as:
• Development of new experimental techniques for measuring rock physical properties;
• Advances in digital rock physics (DRP);
• Application of numerical simulations in geological prospecting;
• Investigation of the rock's fluid flow, resistivity, velocity, and Nuclear Magnetic Resonance responses;
• Study of the role of fractures and faults in rock mechanics;
• Reservoir evaluation based on petrophysical experiments and numerical simulations, including well log, and so on;
• Pore structure and physical characteristics of rock in conventional and unconventional oil and gas reservoirs;
• The influence and catastrophic process of earthquakes on reservoirs;
• Petrophysical characteristics and change rules in the exploration and development of geothermal energy resources and gas hydrate resources;
• Carbon capture and storage related petrophysical experiments and numerical simulations, and even large-scale reservoir impacts.
The goal of this research topic is to investigate the experimental and numerical simulations of rock physics, with a focus on understanding the physical properties of rocks and their behavior under different conditions. With the development of the economy, the exploration and development of conventional and unconventional oil and gas resources continue to deepen. Rock physics experiments and numerical simulation technology are the essential enablers and the necessary means for promoting oil and gas development. Besides, to address global warming challenges, one should pay special attention to the stability and physical characteristics and variation rules of reservoirs and rock, that will contribute to oil and gas development, geothermal energy extraction, carbon dioxide geo-sequestration, underground hydrogen storage, seismic hazard analysis, etc.
We are interested in receiving original research articles, review articles, and case studies that contribute to the field of rock physics experiments and numerical simulations. Manuscripts should be well-written, clearly structured, and based on sound scientific principles. They should also include relevant data, analysis, and discussion of results. The scope of research includes, but is not limited to, the following related topics, such as:
• Development of new experimental techniques for measuring rock physical properties;
• Advances in digital rock physics (DRP);
• Application of numerical simulations in geological prospecting;
• Investigation of the rock's fluid flow, resistivity, velocity, and Nuclear Magnetic Resonance responses;
• Study of the role of fractures and faults in rock mechanics;
• Reservoir evaluation based on petrophysical experiments and numerical simulations, including well log, and so on;
• Pore structure and physical characteristics of rock in conventional and unconventional oil and gas reservoirs;
• The influence and catastrophic process of earthquakes on reservoirs;
• Petrophysical characteristics and change rules in the exploration and development of geothermal energy resources and gas hydrate resources;
• Carbon capture and storage related petrophysical experiments and numerical simulations, and even large-scale reservoir impacts.
Keywords: Experiments, Simulations, Rock Physics, Resistivity, Flow
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
