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Compressors and Their Systems

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Title: Compressors and Their Systems
Author: Professional
ISBN: 186058330X / 9781860583308
Format: Hard Cover
Pages: 544
Publisher: Professional Engineering Publishing, UK
Year: 2001
Availability: In Stock
     
 
  • Description
  • Contents

From the highly successful three-day international conference on “Compressors” this volume presents a selection of papers from around the world.

Reflecting compressor developments in air, gas refrigeration, and related systems Compressors and their Systems will be of direct interest to all those equipment manufacturers, suppliers, users, and research organizations who wish to be well informed of developments and advances in this important field of engineering.

Part I : Screw Compressors
Chapter 1 :
Interactions between Air-Cooled Refrigeration System and Screw Compressor Design
Chapter 2 : Analysis of Screw Compressor Performance by Means of Three-Dimensional Numerical Modelling
Chapter 3 : The Design of A Family of Screw Compressors for Oil-Flooded Operation
Chapter 4 : Prediction of Injection Flow Rates in Twin-Screw Compressor Systems
Chapter 5 : Screw Compressor Internal Volume Control and Part-Load Control System
Chapter 6 : Control Concepts for an Integrated Twin-Screw Supercharger and Throttle-Loss Power Recovery Device for Otto-Cycle Engines
Chapter 7 : The Manufacture of Hardened Screw Compressor Rotors
Chapter 8 : The Design of Efficient Screw Compressors for Delivery of Dry Air
Chapter 9 : Environmental Design and Product Development Innovation in Variable-Speed Oil-Free Rotary-Screw Compressors
Chapter 10 : Research on Working Process of Oil-Injected Twin-Screw Compressors Based on Recording of P-V Diagrams
Chapter 11 : Development of High-Pressure Screw Compressor

Part II : Scroll Compressors
Chapter 12 :
Performance Simulation of Scroll Compressors
Chapter 13 : Dynamic Analysis of Asymmetric Scroll Compressors
Chapter 14 : Modification of The Spiral Profile of A Scroll Compressor and Its Effect on Performance
Chapter 15 : Predicting Motion of Axially Compliant Scroll Compressor During Unstable Operation
Chapter 16 : Performance of an Oil-Free Scroll-Type Air Expander

Part III : Reciprocating Compressors
Chapter 17 :
Oil-Free Low-Vibration Piston Compressor in Railway Applications
Chapter 18 : New Technologies for Reciprocating Compressors Based on Combustion Engine Know-How
Chapter 19 : Development of Piston Rings for Reciprocating Compressors
Chapter 20 : Effective Condition-Based Maintenance of Reciprocating Compressors on an Offshore Oil and Gas Installation

Part IV : Centrifugal Compressors
Chapter 21 :
Fully Sealed, Motor Driven Turbocompressor
Chapter 22 : Perfection of Centrifugal Compressors by The Basis of Gas Dynamical Theory of Lattices
Chapter 23 : Centrifugal Compressors Fouling – Understanding, Mitigating, and Cleaning
Chapter 24 : Experimental and Numerical Investigation of Flow in an Industrial Centrifugal Impeller
Chapter 25 : Review for The Commercial Development of A Small High-Speed Centrifugal Compressor

Part V : Numerical Analysis
Chapter 26 :
Numerical Analysis of Mechanical Losses of Swing Compressor
Chapter 27 : Calculation of Axis Locus of Cylinder in The Rotating Cylinder Compressor
Chapter 28 : Unigraphics Mechanisms Applied to Decide The Radius of The Vane Nose of A Rotary Compressor

Part VI : Refrigeration
Chapter 29 :
Compressor Performance of A Window-Type Air-Conditioning Unit Charged with LPG and R134a Instead of R22
Chapter 30 : Loss Analysis of Linear Compressor
Chapter 31 : Cycle Performance of CO2 Cycle with Vane Compressor – Expander Combination
Chapter 32 : Centrifugal Compressor Design Issues for CFC/HCFC=>HFC Conversion
Chapter 33 : Parametric Study of Hermetic Reciprocating Compressors – Detailed Numerical Analysis and Experimental Validation
Chapter 34 : Characterization and Modelling of A Hermetic Scroll Compressor for Automotive Air Conditioning
Chapter 35 : The Economics of Compressor Modelling

Part VII : Energy Efficiency
Chapter 36 :
Workforce Involvement to Save Energy in Compressed Air Systems
Chapter 37 : Energy Consumption Assessment of Pneumatic Actuating Systems Including Compressor
Chapter 38 : A Feasibility Study of Throttle Loss Power Recovery in Large Heat Pumps with Two Stage Compression
Chapter 39 : Influence of Liquid Injection into Compressor on Performance of Compression/Resorption Heat Pumps
Chapter 40 : Energy Efficiency Through Intelligent Multi-Unit Optimization of Pipeline Gas Compressors on The UK National Transmission System

Part VIII : Lubrication and Sealing Oils
Chapter 41 :
A Study of Oil-Film Thickness for Reducing Oil Consumption in A Reciprocating Air-Brake Compressor
Chapter 42 : The Role of Lubricant in Reducing Vibration and Noise in Refrigeration Compressors
Chapter 43 : A Study of The Lubrication of Cylindrical Roller Bearings with Oil-Refrigerant Mixtures Using Capacitive Oil-Film Measurements
Chapter 44 : Tribology Study of Rolling Piston Compressor Using R-407C
Chapter 45 : Performance Improvement of Scroll Compressor with New Sealing-Oil Supply Mechanism

Part IX : Compressor Valves
Chapter 46 :
Oil Stiction – Investigations to Optimize Reliability of Compressor Valves
Chapter 47 : An Electrically Actuated Reed Valve for Use as A Pulse Width Modulated Expansion Valve
Chapter 48 : Design of Compressor Valves Against Fatigue
Chapter 49 : Valve Dynamics of Reciprocating Compressor Valves with More Than One Degree of Freedom

Part X : Novel Machines and Measurements
Chapter 50 :
Experimental Examination of The First Hot-Gas Screw-Type Engine (GASSCREW)
Chapter 51 : Basic Design of New Orbiting-Type Fluid Machines

Author's Index

 
 
 
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