Elements of Rock Physics and Their Application to Inversion and AVO Studies

This book covers essential rock physics topics and their practical applications, helping practitioners and students understand AVO studies and inversion techniques.

The book Elements of Rock Physics and Their Application to Inversion and AVO Studies explores a variety of topics essential to understanding rock physics. Key subjects include elasticity, pore pressure, and the incompressibility of rocks, as well as the Gassmann equation and fluid substitution. The text delves into forward modeling, empirical equations, and the application of rock physics to AVO studies and inversion techniques. It also covers the Differential Effective Medium (DEM) method, providing a comprehensive overview for practitioners in the field.

The primary goal of the oil exploration industry is to accurately determine the distribution of rock types and underground fluids. At present, it is possible to identify several underground physical properties with a degree of precision. The challenge for rock physicists lies in translating these physical properties, such as P-velocity, S-velocity, and density, into specific rock types and fluid content, including gas, oil, or water-bearing formations. Successfully achieving this translation can help avoid dry holes, potentially saving millions of dollars.

Elements of Rock Physics and Their Application to Inversion and AVO Studies caters to a diverse audience, including geophysicists, geologists, and students. While some chapters provide detailed instructions for practical tasks, others focus on theoretical and mathematical concepts. Innovative ideas presented within the text may be particularly valuable for oil companies with extensive data, making this book an essential resource for both practitioners and academics in the field of rock physics.