This text investigates the fundamental governing equations that bridge the principles of thermodynamics with the physical behavior of fluids. J. C. Gibbings provides a structured approach to the mathematical modeling of energy and mass transport, intended for students and practitioners in engineering. The work synthesizes classical thermodynamic laws with fluid motion equations to establish a unified framework for analysis.

Experts recognize this work as a foundational text for undergraduate engineering students requiring a clear transition between thermodynamics and fluid mechanics. Readers frequently note the logical progression of the mathematical derivations, which serves as a reliable reference for those mastering the core governing equations of the field.