http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
the proceedings of the 12th International Pump Technical Conference
International Pump Technical Conference 1991 : London, England)
1 online resource (x, 579 pages) : illustrations
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 met.
Front Cover; Meeting the Pump Users Needs; Copyright Page; Table of Contents; 12 TH TECHNICAL CONFERENCE; INTRODUCTION; Chapter 1. ""Modular Design"" an approach to optimise pump performances saving manufacturing costs; ABSTRACT; TOPICS; SINGLE STAGE PUMP; MULTISTAGE PUMP; CONCLUSIONS; REFERENCES; Chapter 2. Concurrent design in centrifugal pumps; 1. INTRODUCTION; 2. CONCEPT OF CONCURRENT DESIGN; 3. SCOPE OF PRESENT WORK; 4. APPROACH TO THE PROBLEM; 5. EXPERIMENTAL VERIFICATION; 6. RESULTS & DISCUSSION; 7. CONCLUSIONS; REFERENCES.
3. Centrifugal Pump Test Specifications4. A User View on Pump Testing Standard Specifications; 5. Essential Content for a Future Pump Test Standard; 6. Special Test Specifications- Proposed Areas for Research & Development; 7. Conclusions; Acknowledgement; References; APPENDIX A; APPENDIX B; Chapter 6. Standard pumps for large projects; INTRODUCTION; NATURE OF THE PROJECT; PUMP TYPE SELECTION; DUTY HEAD CALCULATIONS; PROGRAMME REQUIREMENTS; PROCUREMENT PLAN; PUMP WORKS TESTING; SITE TESTING; DOCUMENTATION; QUALITY ASSURANCE; LOCAL REPRESENTATION; CONCLUSIONS.
Chapter 7. Comparison of various boiler feed pump-designs used in fossil-fired power stations1.) INTRODUCTION; 2.) DESIGN CONCEPT OF THE BFPs; 3.) COMPARISON BETWEEN BARREL AND RING SECTION PUMPS; 4.) TRANSIENTS; 5.) CONCLUSION; References; Chapter 8. Avoid low flow pump problems; 1. INTRODUCTION; 2. THE CAUSES; 3. THE EFFECTS; 4. PREVENTATIVE MEASURES; 5 MINIMUM FLOW, OR MINIMUM CONTINUOUS FLOW; 6 CONCLUSION; Chapter 9. Centrifugal pump trouble shooting: the 90% solution; ABSTRACT; INTRODUCTION; PROBLEM DEFINITION AND REPORTED SYMTOMS; GATHERING PERFORMANCE DATA; REVIEW OF PUMP HYDRAULICS.
OBTAINING MEASURED HYDRAULIC DATA AND CONVERTING IT INTO PERFORMANCE DATAHYDRAULIC DATA ANALYSIS; MECHANICAL FAILURES WITHOUT ANY PRECEDING PERFORMANCE DECLINE; MECHANICAL FAILURE WITH ALMOST TOTAL LOSS OF PERFORMANCE; MECHANICAL/HYDRAULIC INTERRELATIONSHIPS; References; Chapter 10. A method for experimental and numerical characterisation of the vibratory behaviour of a main coolant pump; Summary; 1. Introduction; 2. Description of the problem; 3. Description of the excitation process; 4. Description of the analysis method; 6. Experimental Results; 7. Numerical Approach; 8. Conclusion.
Cover title: 12th International Pump Technical Conference : meeting the pump users needs, 17-19 April 1991, Regents College, Regents Park, London.
On cover: British Pump Manufacturers' Association.
International Pump Technical Conference (12th : 1991 : London, England).