Bøger af Rajinder Pal

This book consists of eighteen chapters. Chapter one presents introductory concepts and definitions along with a brief discussion of historical development of thermodynamics. Chapters two and three cover the first law of thermodynamics. Chapter two is devoted to the first law for control mass or closed systems and Chapter three is devoted to the first law for control volume or open (flow) systems. The second law of thermodynamics for closed systems is presented in Chapter four. Chapter five is devoted to the second law for open systems with applications. Thermodynamics of compressible and incompressible flows in ducts and pipes is covered in depth in Chapter six. Chapter seven is devoted to estimation of volumetric and thermodynamic properties of fluids. Chapters eight to ten provide in-depth coverage of power cycles, internal combustion engines, and refrigeration cycles. Chapters eleven and twelve are devoted to vapor-liquid phase equilibrium of ideal and non-ideal systems. Chapter thirteen provides in-depth coverage of chemical reaction equilibrium. Work and entropy analysis of closed and open systems is presented along with the Gouy-Stodola theorem in Chapter fourteen. Due to the importance of exergy and exergy analysis in many practical applications, the last four chapters (Chapters fifteen to eighteen) are fully devoted to this topic. The available textbooks in thermodynamics rarely provide satisfactory coverage of exergy and exergy analysis of processes.Each chapter begins with the student learning outcomes. Near the end of each chapter, a tutorial session is included where a number of problems are solved to illustrate the applications of concepts and theory covered in the chapter. Notation is included separately in each chapter. For the benefit of students, practice problems are included at the end of each chapter.For more details, please visit https://centralwestpublishing.com

This Solutions Manual gives complete solutions of all the practice problems given at the end of each chapter (total of 16 chapters) of the text INTRODUCTION TO ANALYSIS AND DESIGN OF EQUILIBRIUM STAGED SEPARATION PROCESSES. For the convenience of the readers, the practice problems given in the text have been restated before providing the solution.

This book demonstrates how understanding rheological behavior is crucial to process design and materials development for a wide variety of commercial and industrial applications. It examines the principles and equations that govern the rheology of particulate dispersions and of two-phase solid composites. The author introduces definitions and important concepts such as fluid/interfacial mechanics, bulk stress, and dipole strength. Then he analyzes the rheology of dispersions for rigid and nonrigid particles. The final chapters address elastic properties of particle- and fiber-reinforced solid composites and discuss the dynamic viscoelastic behavior of particulate dispersions and composites.

Demonstrates how understanding rheological behavior is crucial to process design and materials development for a variety of commercial and industrial applications. This work examines the principles and equations that govern the rheology of particulate dispersions and of two-phase solid composites.