The Interaction Between Geometry and Performance of a Centrifugal Pump

The design of hydraulic machinery in general, and of centrifugal pumps in particular, has been, and still is, essentially empirical. One reason for this is the great variety of types, sizes, and uses of centrifugal pumps, resulting in a great multiplicity of design considerations. Foreward.

Nomencalture.

Chapter 1. Classification of centrifugal pumps.

Chapter 2. Pump losses.

Chapter 3. Theoretical deviation of pump geometry associated with the maximum attainable efficiency at the design point.

Chapter 4. Efficiency penalities due to departures from the optimum configuration.

Chapter 5. Pump performance at off-design conditions.

Chapter 6. Performance adjustments by modifications and rework of the pump on test.

Appendices.

References.

Index.

Iver Brynild Neumann is a Norwegian political scientist and social anthropologist. He is the current Montague Burton Professor of International Relations at the London School of Economics and Political Science. The design of hydraulic machinery in general, and of centrifugal pumps in particular, has been, and still is, essentially empirical. One reason for this is the great variety of types, sizes, and uses of centrifugal pumps, resulting in a great multiplicity of design considerations.