This book investigates the complex mathematical modeling and simulation of fluid flow through porous media, focusing on its critical applications in the energy and environmental sectors. It presents advanced computational techniques and numerical methods essential for understanding phenomena such as groundwater contamination, hydrocarbon reservoir simulation, and carbon sequestration. The work is structured to provide a comprehensive overview of the underlying physics, the mathematical formulations, and the practical implementation of simulation tools, catering to researchers and engineers in the field.

The 'Radon Series on Computational and Applied Mathematics' is known for its rigorous and advanced treatments of mathematical topics. This volume, focusing on porous media flow, is expected to be a valuable resource for specialists in computational fluid dynamics, environmental engineering, and petroleum engineering. The depth of the mathematical analysis and the breadth of applications suggest a text aimed at researchers and graduate students seeking to deepen their understanding of simulation techniques in these critical areas.