This long-awaited new edition is the complete reference for engineers and designers working on pump design and development or using centrifugal pumps in the field. This authoritative guide has been developed with access to the technical expertise of the leading centrifugal pump developer, Sulzer Pumps.
In addition to providing the most comprehensive centrifugal pump theory and design reference with detailed material on cavitation, erosion, selection of materials, rotor vibration behavior and forces acting on pumps, the handbook also covers key pumping applications topics and operational issues, including operating performance in various types of circuitry, drives and acceptance testing.
Centrifugal Pump Handbook written by Sulzer Pumps detailed in the below table…. Step-1 : Read the Book Name and author Name thoroughly. Addresses specific issues about pumping of metal chips, sand, abrasive dust and other solids in fluids Emphasis on economic and efficiency aspects of predictive maintenance and condition monitoring Uses life cycle costs LCC to evaluate and calculate the costs of pumping systems.
Skip to content. Centrifugal Pump Handbook. Sulzer Centrifugal Pump Handbook. Centrifugal Pump Handbook Book Review:. Pump Handbook. Author : Igor J. Karassik,Paul Cooper,Joseph P. Messina,Charles C. Pump Handbook Book Review:. Centrifugal Pumps Design and Application. Author : Val S. Lobanoff,Robert R. The Practical Pumping Handbook. Centrifugal Pumps. Centrifugal Pumps Book Review:.
The Pump Handbook Series. Centrifugal Pump Design. Centrifugal Pump Design Book Review:. Centrifugal Pump User s Guidebook. Author : Heinz P.
Bloch,Allan R. Pump Users Handbook. Author : R. Pump Users Handbook Book Review:. Handbook of Pumps and Pumping. Handbook of Pumps and Pumping Book Review:. Centrifugal and Axial Flow Pumps. Damages on Pumps and Systems. Damages on Pumps and Systems Book Review:.
The inlet and outlet of a pump are two locations where pressure is of special interest. The difference in pressure head the term pressure head refers to the energy associated with pressure between these two points is known as the Total Head.
A system equation will be developed based on fundamental principles from which the Total Head of the pump can be calculated, as well as the pressure head anywhere within the system. These principles can be applied to very complex systems. Friction loss due to fluid flow in pipes is the most difficult component of Total head to calculate. The methods used to calculate friction loss for different types of fluids such as water and viscous fluids of the Newtonian type and wood fiber suspensions or stock will be explained.
The fluids considered in this book belong to the categories of viscous and non-viscous Newtonian fluids. Wood fiber suspensions are a special type of slurry. There is an excellent treatment on this subject by G.
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