[...] This book was designed to present a comprehensive work in the three fields of transport: momentum, heat, and mass. The similarities and differences of the three transports are clearly presented at the level of second semester second-year students and first semester third-year students, engineers or other sciences, where the requirements of mathematics are similar. Most equations are mathematically the same when expressed in terms of generalized flow and system property variables. This arrangement helps students understand transport phenomena and forms the basis for organizing the material here. A typical curriculum includes teaching momentum transport before heat and mass transport, because the negotiation of the latter two is not possible without discussing fluid dynamics. This text allows for the explanation of heat transfer, which is perceived by everyone in everyday life, in terms of transport, which is not easily understood by beginners. Transport becomes increasingly useful in most branches of engineering, and this book presents all the regulations of engineering with a readable and very useful presentation of this difficult subject. In most books on the same subject, these paragraphs are covered separately.

We believe that this provides a main foundation for the design and research of the engineer. At the same time, some interesting and important problems are solved. The study of transport phenomena does not replace the study of production units, but understanding them gives a deeper insight into the fundamental phenomena that occur in production units. Engineers who will study the material of this book will be able to more easily analyze the functions of the units with which they are involved. [...]

(from the book's preface)