Thoroughly revised and expanded, the Fourth Edition of Chemical Engineering Fluid Mechanics continues to provide a balanced treatment of the basics and applications the practicing chemical engineer needs to know. With emphasis on problem solving, the book demonstrates how to make approximations and solve complex fluid mechanics problems. This updated edition features a new chapter on Differential Mass and Momentum Balances, discussing the differential forms of continuity and momentum (Navier–Stokes) equations. The utility of these equations is demonstrated through examples of one-dimensional steady flows.
Features:
- Revised and expanded new edition of the well-loved previous edition, a Choice “Highly Recommended” title
- Presents the fundamental (macroscopic and microscopic) conservation equations that govern the behavior of fluids and applies these to a wide variety of practical situations
- Includes both Newtonian and non-Newtonian incompressible fluids and compressible fluids in subsonic through choked flow regimes as well as internal and external flows
- Delivers broad coverage of topics from multiphase flows and gas–liquid to separations
- Features a new chapter on Differential Mass and Momentum Balances
- Offers end-of-chapter summaries and problems to reinforce learning
Aimed at chemical engineering students taking applied fluid dynamics courses, this textbook also serves as a valuable reference for researchers and professional engineers.
A solutions manual and PowerPoint slides are available to adopting professors.
Table of Contents:
0. FRONT MATTER. 1. BASIC CONCEPTS. 2. DIMENSIONAL ANALYSIS AND SCALE-UP. 3. FLUID PROPERTIES IN PERSPECTIVE. 4. FLUID STATICS. 5. CONSERVATION PRINCIPLES. 6. DIFFERENTIAL MASS AND MOMENTUM BALANCES. 7. PIPE FLOW. 8. INTERNAL FLOW APPLICATIONS. 9. PUMPS AND COMPRESSORS. 10. COMPRESSIBLE FLOWS. 11. FLOW MEASUREMENT. 12. SAFETY RELIEF AND CONTROL VALVES. 13. EXTERNAL FLOWS. 14. FLUID–SOLID SEPARATIONS BY FREE SETTLING. 15. FLOW IN POROUS MEDIA. 16. FLUIDIZATION AND SEDIMENTATION. 17. TWO-PHASE FLOW. Appendixes.
About the Author :
Ron Darby was born in La Veta, Colorado on September 12, 1932. He earned his BS (1955) and PhD (1963) in chemical engineering from Rice University, Houston, Texas. After working briefly for Ling-Temco-Vought (LTV) in Dallas, Texas, he returned to academia and joined the Department of Chemical Engineering at Texas A&M University (TAMU) in 1965 as an assistant professor. He remained a faculty member at TAMU until his formal retirement in 2001. Thereafter, he was Professor Emeritus until his death on July 14, 2017.
During his long career at Texas A&M, Ron taught a variety of courses in chemical engineering. His research interests were in the areas of non-Newtonian and viscoelastic fluid mechanics and two phase flows in the context of safety relief valves, and he published extensively on these topics. In addition to a large number of research publications in archival journals, Ron authored two books, Viscoelastic Fluids: An Introduction to their Properties and Behavior (Dekker, 1976) and Chemical Engineering Fluid Mechanics (3rd ed., CRC Press, 2017).
He was elected fellow of the AIChE in 1994, and he was honored with numerous awards for his research contributions. These included the Faculty Distinguished Achievement Award (1971) from his department and the Publication Award from AIChE in 1984. He was also the recipient of the Distinguished Service Award (2003) of the Texas AIChE and the Former Students Award from Texas A&M for excellence in teaching. In 1981, he was designated “Minnie Stevens Piper Professor of Chemical Engineering.”
Ron was, in addition, a captain in the U.S. navy. In 1975, he earned “First commanding officer,” USNR’s outstanding leadership award.
Prof Raj P. Chhabra is Distinguished Professor in the Department of Chemical Engineering at Shiv Nadar University, Delhi NCR. Prof Chhabra wrote the previous edition with the late Prof Ron Darby (formerly of Texas A&M University).
