Meeting the Pump Users Needs
eBook - PDF

Meeting the Pump Users Needs

The Proceedings of the 12th International Pump Technical Conference

  1. 589 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Meeting the Pump Users Needs

The Proceedings of the 12th International Pump Technical Conference

About this book

Meeting the Pump Users Needs is a documentation of the 12th International Pump Technical Conference. Pump makers have always understood that their equipment provides an essential service to the pump users. Pumps have been designed and built to satisfy the needs of the user. The main thrust of this book is to share between users, specifiers, and makers their knowledge and experiences leading to better understanding of what the user needs now and would like for the future, and what the designer/maker can provide now and may be able to offer for the future. This book also describes an unusual method of calculating a head generated across a multistage pump when the impeller diameters are changed. The method leads to significantly larger calculated changes of head than predicted from the conventional affinity law approach. This text is a useful reference and source of information for engineering students and those conducting research on pump manufacturing.

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Yes, you can access Meeting the Pump Users Needs by Sam Stuart in PDF and/or ePUB format, as well as other popular books in Tecnologia e ingegneria & Ingegneria generale. We have over one million books available in our catalogue for you to explore.

Information

Table of contents

  1. Front Cover
  2. Meeting the Pump Users Needs
  3. Copyright Page
  4. Table of Contents
  5. 12 TH TECHNICAL CONFERENCE
  6. Chapter 1. "Modular Design" an approach to optimise pump performances saving manufacturing costs
  7. Chapter 2. Concurrent design in centrifugal pumps
  8. Chapter 3. Development and operational performance of Fluiglide thin surface coatings to Yorkshire Water medium scale water supply pumps
  9. Chapter 4. Exachem - A new design for canned motor pumps
  10. Chapter 5. Centrifugal pump performance testing โ€” power industry user requirements
  11. Chapter 6. Standard pumps for large projects
  12. Chapter 7. Comparison of various boiler feed pump-designs used in fossil-fired power stations
  13. Chapter 8. Avoid low flow pump problems
  14. Chapter 9. Centrifugal pump trouble shooting: the 90% solution
  15. Chapter 10. A method for experimental and numerical characterisation of the vibratory behaviour of a main coolant pump
  16. Chapter 11. Cost-conscious operation of submersible pumps in water supply and industry
  17. Chapter 12. "Towards vibration reduction and isolation"
  18. Chapter 13. The thermodynamic experience in the UK water industry
  19. Chapter 14. Considerations affecting the design of pump chambers for improved mechanical seal reliability
  20. Chapter 15. Critical operating conditions of a mechanical seal
  21. Chapter 16. Seals for FGD Duties
  22. Chapter 17. Super stainless steels for seawater service
  23. Chapter 18. The problems of design, installation and operation of cryogenic pumps
  24. Chapter 19. Experience in development and commercialization of adaptive metering pump units
  25. Chapter 20. Thermoplastic pumps reduce downtime. minimizing maintenance costs
  26. Chapter 21. Selection of an optimal centrifugal pump for transfer of abrasive slurries in concrete operating conditions
  27. Chapter 22. Sigma mixed-flow pumps
  28. Chapter 23. Optimization of pumping elements of eccentric screw pumps
  29. Chapter 24. Rotary screw pumps for multiphase products
  30. Chapter 25. Pumping viscous fluids with progressing cavity pumps
  31. Chapter 26. 'Omnidyne' โ€” a fresh approach to integrated pumps and motors
  32. Chapter 27. Use of positive displacement pumps for low lubricating media
  33. Chapter 28. Reliability and efficiency in centrifugal pumps
  34. Chapter 29. Criteria for the development of a modern magnetic clutch pump with maximum operational reliability
  35. Chapter 30. Special features of designing dynamic pumps with open impellers
  36. Chapter 31. The quality of design
  37. Chapter 32. The change rule of end-head and flow of multistage centrifugal pump after diameter changed