This book investigates the fundamental principles and mathematical frameworks required to model mass, energy, and solute transport within deformable porous rock systems. Authors Jochen Bundschuh and Mario César Suárez A. leverage their expertise in geothermal and groundwater engineering to provide a didactic approach to complex multiphysics problems. The text bridges the gap between theoretical fluid dynamics and practical numerical simulation, offering a structured methodology for solving problems in poroelastic media.

Experts identify this work as a clear, instructional resource for students and professionals entering the field of hydrogeology and geothermal modeling. Readers frequently note the balance between theoretical rigor and the practical application of numerical tools in complex geological environments.