The Reciprocating Pump: Theory, Design, and Use

by John E. Miller

The most complete collection of technical and practical information on reciprocating pumps ever assembled. Discusses pump theory, design, and maintenance. Practical aspects of reciprocating pumps are combined with theory to provide a convincing explanation of previous mysterious and misunderstood parameters, including liquid acceleration, acoustics, and NPSH. Discusses slurry pumping in detail, especially regarding the relatively new industry of transporting solids in the form of a liquid. Subjects covered include pump types, dynamics, net positive, suction head, pulsation, surge control and more. Many tables and charts enhance the utility of the book, and while the subject matter is broad and comprehensive, the language is clear enough to be understood by the engineer and maintenance man alike.

393 pages, Hardcover

First published January 1, 1987

About the author

John E. Miller was an American historian and longtime professor at South Dakota State University, where he taught courses in U.S. history, South Dakota history, and historical methods from 1974 until his retirement in 2003, later continuing briefly as adjunct faculty. Educated at the University of Missouri and the University of Wisconsin, he also served in the U.S. Army and taught overseas before beginning his academic career. A prolific scholar, he wrote extensively on Midwestern history, politics, creativity, and small town culture, and became especially known for his studies of Laura Ingalls Wilder. His books include Looking for History on Highway 14, Becoming Laura Ingalls Wilder, and Democracy's Troubles. Miller conducted numerous oral history interviews and contributed to major historical projects and organizations. Over his career, he received multiple awards recognizing his scholarship, including honors from regional historical societies and academic institutions, and was widely respected for his teaching, research, and engagement with public history.

Reviews

[Jonnie Enloe]

Covers the subject like no other. Invaluable for instruction in evaluating pump designs for various purposes particular ultra-high pressure