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عدد المساهمات : 19001 التقييم : 35505 تاريخ التسجيل : 01/07/2009 الدولة : مصر العمل : مدير منتدى هندسة الإنتاج والتصميم الميكانيكى
| موضوع: كتاب Centrifugal Pumps Design and Application الثلاثاء 02 يوليو 2013, 6:07 pm | |
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أخوانى فى الله أحضرت لكم كتاب Centrifugal Pumps Design and Application - Second Edition Val S. Lobanoff Robert R. Ross
ويتناول الموضوعات الأتية :
u ctioEn lements of Pump Design, ,1 3 System Analysis for Pump Selection Differential Head Required, NPSHA Shape of Head Capacity Curve Pump Speed Liquid Characteristics Viscosity Specific Gravity Construction Pump Selection 2 Specific Speed and Modeling Laws — 11 Definition of Pump Specific Speed and Suction Specific Speed The Affinity Law Specific Speed Charts Correction for Impeller Trim Model Law Factoring Laws Conclusion 3 Impeller Design 28 Impeller Layout Development of Impeller Profile (Plan View) Development of Impeller End View Impeller Inlet Angles Development of Impeller Vane Design Suggestions Notation Contents Part 1: elements of pumps Design 1 4 General Pump Design 45 Performance Chart 5 Volute Design SO Types of Volute Designs Single-Volute Casing Designs Double-Volute Casing Designs Double-Volute Dividing Rib (Splitter) Triple-Volute Casings Quad-Volute Casings, Circular-Volute Casings General Design Considerations The Use of Universal Volute Sections for Standard Volute Designs The Design of Rectangular Double Volutes The Design of Circular Volutes General Considerations in Casing Design Manufacturing Considerations Casing Surface Finish Casing Shrinkage Conclusion, Notation Reference, 6 Design of Multi-Stage Casing — 6S General Considerations in Crossover Design Specific Crossover Designs Crossovers with Radial Diffusing Sections Crossovers with Diagonal Diffusing Sections Mechanical Suggestions Notation 7 Double-Suction Pumps and Side-Suction Design 77 Double-Suction Pump Design Pump Casing Double-Suction Impeller Side Suction and Suction Nozzle Layout Suction Layout (End View) Suction Layout (Profile), 8 NPSH ,, 15 Establishing NPSHA Predicting NPSHR Moderate Speed Pumps Influence of Suction Specific Speed (Nss) High Speed Pumps Cavitation-Free NPSHR Influence of Suction Nozzle Influence of Liquid Suction Piping Effect of Viscosity Notation References P9 arVetr2tica:l A Pupmpps lications 111 113 by Erik B, Fiske Configurations Well Pumps Wet Pit Pumps Barrel-Mounted or Can-Mounted Pumps Applications Well Pumps Water Well Pumps Incline-Mounted Pumps Cavvi ern Pumps, Mine Dewatering Pumps Wet Pit Pumps Water Supply Pumps Condenser Cooling Water Pumps Cooling Tower Pumps Flood Control Pumps Transfer Pumps Barrel-Mounted or Can-Mounted Pumps Condensate and Heater Drain Pumps Process Pumps Small Boiler Feed Pumps Cryogenic Pumps Loading Pumps Pipeline Booster Pumps Design Features The Bowl Assembly The Column Assembly Outer Column Column Shaft Shaft Enclosing Tube The Head Assembly, Pump Vibration, References 10 Pipeline, Waterflood, anil CQ2 Pumps ,,,, 139 Pipeline Pumps Condition Changes Destaging Bi-rotors Slurry Pipelines Example of Pipeline Pump Selection Series vs Parallel Waterflood Pumps C02 Pumps, Mechanical Seals Horsepower Considerations Notation References 11 High Speed Pumps —,,,,,,, 173 by Edward Gravelle History and Description of an Unconventional Pump Type Terminology Partial Emission Formulae Specific Speed Suction Specific Speed Inducers Partial Emission Design Evolution Design Configuration Options Other High-Speed Considerations References, 12 Double-Case Pumps 206 by Erik B Fiske Configurations Pump Casing Volute Casing with Opposed Impellers Diffuser Cas ings with Balance Drum Diffuser Casings with Balance Disk Applications Boiler Feed Pumps Charge Pumps Waterflood Pumps Pipeline Pumps Design Features Removable Inner Case Subassembly Auxiliary Take-off Nozzles Double-Suction First- Stage Impellers Mounting of the Impellers Impeller Wear Rings Shaft Seals Radial Bearings Thrust Bearings, Baseplates and Foundations Mounting of the Barrel Design Features for Pumping Hot Oil with Abrasives Double-Case Pump Rotordynamic Analysis The Effect of Stage Arrangement on Rotordynamics The Effect of Impeller Growth from Centrifugal Forces Comparison of Diffuser Casings with Volute Casings Diffuser Casings Volute Casings References 13 Slurry Pumps 226 by George Wilson Slurry Abrasivity Pump Materials to Resist Abrasive Wear Slurry Pump Types, Specific Speed and Wear Areas of Wear Casing Impeller Wear Plates Bearing Frames, Sealing Sump Design Pump Drive The Effect of Slurries on Pump Performance, 14 Hydraulic Power Recovery Turbines 246 by Rolf Lmnetiurg and Richard M, Nelson Selection Process Specific Speed Net Positive Discharge Head Power Output and Affinity Laws Configuration Turbine Performance Prediction Prediction by Approximation Prediction by Analysis Optimizing and Adjusting Performance Characteristics Design Features (Hydraulic and Mechanical) Reverse-Running Pump Turbine Design with Fixed Guide Vanes Turbine Design with Internally and Externally Adjustable Guide Vanes Operating Considerations Performance Testing Applications Operation and Control Equipment Conclusion References, 15 Chemical Pumps-Metallic and Nonmetatlic 283 by Frederic W Buse ANSI Pumps, Specifications General Construction Impeller Casings Volute Gasketing Flat Gasket 0-Rings Casing Covers Stuffing Box Frame Support Head Bearing Housing, Shaft Impeller Attachment Bearings Lubrication of the Bearings, Mounting the Bearing Clamping Between the Housing and End Cover End Cover Mount End Sealing Bedplates Standard Beds Stiit-Mounted Beds Springs- Mounted Beds Noncorrosive Beds Flinger Other Types of Chemical Pumps Sealless Pumps Sump Pumps Self Priming Nonmetallic Pumps Armored Pump Reinforced Composite Material Pumps Thermosetting Polymers Thermoplastics Manufacturing Techniques Compression Molding Resin Transfer Design Stresses Pressure vs Temperature NPSHR General Construction of Nonmetallic Pumps Nozzle Loading Bolting Gaskets Back-up Support for Bolting Stuffing Box Area Mechanical Seals Impellers Nonmetaliic Immersion Sump Pumps Driver Level Controls Stilling Tubes Mounting Plates and Pit Covers Processes Pump Corrosion Pump Materials Chlorine Sodium-Hypochtorite Hydrochloric Acid—HCL Sulfuric Acid—H2SQ4 Ferrous and Ferric Chloride Chlorinated Hydrocarbons Ethylene and Propylene Glycol Synthetic Glycerine Corn Syrup Dyes Pesticides Sodium Chlorite—Na CI03 Pulp and Paper Metal Finishing Carbon Steel Pickling Stainless Steel Pickling Desalinization and Water Purification Secondary Oil Recovery (Waterflood) Mining—Copper Leaching and Uranium Solvent Extraction Industrial Waste Treatment Material Selection References 1P1 a(§r t3Sh:a ft DesMign aendc Ahxiaal nThicruasltDesign33 3133 Shaft Design Shaft Sizing Based on Peak Torsiona! Stress Shaft Sizing Based on Fatigue Evaluation Shaft Deflection Key Stress Axial Thrust Double-Suction Singleviii Stage Pumps Single-Suction Single-Stage Overhung Pumps Multi-Stage Pumps Notation References 17 Mechanical Seals 354 by James P Netzel Theory of Operation Design Fundamentals Seal Leakage Seal Wear Classification of Seals by Arrangement Classification of Seals by Design Materials of Construction, Mating Ring Designs Adaptive Hardware Upstream Pumping Mechanicai Seals for Chemical Service Mechanical Seals for Refinery Service Typical Applications Light Hydrocarbon Service Mechanical Seal Installation and Troubleshooting References 48 Vibration and Noise in Pumps 422 by Fred R Szenasi Introduction Sources of Pump Noise Mechanical Noise Sources Liquid Noise Sources Causes of Vibrations Installation/Maintenance Effects Application Hydraulic Effects Half-Wave Resonance (Open-Open and Closed-Closed) Quarter-Wave Resonance (Open-Closed) Design/Manufacturing Rotordynamic Analysis Lateral Critical Speed Analysis Seal Effects Response to Unbalance Acceptable Unbalance Levels Allowable Vibration Criteria Rotor Stability Analyses Torsional Critical Speed Analysis Variable Speed Drives Diagnosis of Pump Vibration Problems Measure ment Techniques Impact Tests Troubleshooting, Impact Tests Appendix Acoustic Velocity of Liquids References Part4: Extending Pump Life 495 19 Alignment 497 by Malcolm G Murray, Jr Definitions Why Bother With Precise Alignment? Causes of Misalignment Management and Human Factors Physical Factors Pre-Alignment Steps Methods of Primary Alignment Measurement Methods of Calculating Alignment Movements Jig Posts Numerical Examples Thermal Growth References 20 Rolling Element Bearings and Lubrication 524 by Heinz P Bloch Friction Torque Function of the Lubricant Oil Versus Grease Advantages Disadvantages Oil Characteristics Viscosity Viscosity Index Pour Point Flash and Fire Point Oxidation Resistance Emulsification Rust Prevention Additives General Lubricant Considerations Application Limits for Greases Life-Time Lubricated, "Sealed" Bearings Oil Viscosity Selection Applications of Liquid Lubricants in Pumps Oil Bath Lubrication Drip Feed Lubrication Forced Feed Circulation Oil Mist Lubrication Selecting Rolling Element Bearings for Reduced Failure Risk Magnetic Shaft Seals in the Lubrication Environment References 21 Mechanical Seal Reliability — — 558 by Gordon S Buck Failure Analysis Seal Hardware Failures Seal Failures from Installation Problems Seal Failures Related to Pump Hardware Seal Failures Caused by Pump Repair and installation Seal Failures Caused by Pump Operation Reliability
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رابط تنزيل كتاب Centrifugal Pumps Design and Application - Second Edition -Val S. Lobanoff, Robert R. Ross
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| موضوع: رد: كتاب Centrifugal Pumps Design and Application الثلاثاء 02 يوليو 2013, 6:19 pm | |
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عدد المساهمات : 19001 التقييم : 35505 تاريخ التسجيل : 01/07/2009 الدولة : مصر العمل : مدير منتدى هندسة الإنتاج والتصميم الميكانيكى
| موضوع: رد: كتاب Centrifugal Pumps Design and Application الثلاثاء 02 يوليو 2013, 6:33 pm | |
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| موضوع: رد: كتاب Centrifugal Pumps Design and Application الثلاثاء 02 يوليو 2013, 8:44 pm | |
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Admin مدير المنتدى
عدد المساهمات : 19001 التقييم : 35505 تاريخ التسجيل : 01/07/2009 الدولة : مصر العمل : مدير منتدى هندسة الإنتاج والتصميم الميكانيكى
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