This monograph investigates the fundamental geometrical and transport properties of fractures and fracture networks within porous media. Pierre M. Adler, a specialist in fluid mechanics and porous media, synthesizes complex mathematical models and physical principles to provide a rigorous framework for understanding how fluid flows through fractured geological structures. The text serves as a comprehensive reference for researchers and practitioners who need to quantify the behavior of these systems in various scientific and industrial applications.

Experts recognize this work as a foundational technical resource for those working in geophysics and materials science. Readers frequently note the high level of mathematical density and the rigorous analytical approach required to fully utilize the presented models.