Parsons 2000: Advanced Materials for 21st Century Turbines and Power Plant Book - Proceedings of the Fifth International Charles Parsons Turbine Conference: Advanced Materials for 21st Century Turbines and Power Plant Book - Proceedings of the Fifth Inte

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  • Edition: 1st
  • Format: Hardcover
  • Copyright: 2000-06-30
  • Publisher: CRC Press
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The more than 80 papers in this proceedings volume include contributions from USA, UK, Europe, Japan and South Korea. The papers cover Steam Plant Technology (Steam Turbines; Steam generators; Materials, Processing, Properties and Microstructures; Plant Life Management), Gas Turbine Technology (Industrial Gas Turbines;Aerospace Gas Turbines;Materials and Processing;Life Management and Defect Tolerance) and Renewables.

Table of Contents

Introductionp. 1
Royal Society Charles Algernon Parsons Memorial Lecture Design of Heat Resistant Alloys for the Energy Industriesp. 3
PARSONS 2000 Conference Celebrity Lecture The Evolution of the Modern Large Reheat Steam Turbinep. 40
Power Boiler Technology for a New Millennium Based on 70 Years of Continuous Developmentp. 61
Advanced ('700[degrees]C') Pulverised Fuel Power Plantp. 91
COST 501/COST 522 - The European Collaboration in Advanced Steam Turbine Materials for Ultra Efficient, Low Emission Steam Power Plantp. 98
Activities of the European Creep Collaborative Committeep. 123
R and D of Advanced Ferritic Steels for 650[degrees]C USC Boilersp. 129
Design and Materials for Modern Steam Power Plants an Actual Conceptp. 143
Forged and Cast Steam Chests in New 11%Cr Steelp. 157
Wear Behaviour of Hardfacing Coatings in High Temperature Steamp. 171
Materials for Combined Cycle Plantp. 188
High-Strength Cast and Forged Materials for Application in Steam Turbine Designp. 207
Air Cooled Condensers for Combined Cycle Plant: The Metallurgical and Fabrication Backgroundp. 228
Advanced Boiler Design for High Efficiency Power Plantsp. 237
Material Issues for Supercritical Boilersp. 249
9-12% Chromium Steels: Application Limits and Potential for Further Developmentp. 265
Creep Performance of Similar and Dissimilar E911 Steel Weldments for Advanced High Temperature Plantp. 276
Ferritic Steels for High-Efficiency Low-Cost Boilersp. 291
Creep Behaviour and Microstructural Evolution of E911 for Boiler Componentsp. 299
Experimental and Numerical Investigations on the Behaviour of Dissimilar Girth Joints in 9%Cr Steels Subjected to Internal Pressure and Cyclic Thermal Loadingp. 315
A New Concept for Strengthening of Advanced Ferritic Steels for USC Power Plantp. 334
Transformation of Knowledge and Technology from Research and Development to the Commercial Production of Heavy Steel Castings and Forgings for Power Engineering, Made of Advanced Creep Resistant Steelsp. 348
Long-Term Investigation of Specimens of 24 Production Components Manufactured from Advanced Martensitic 10% Cr-Steels for 600[degrees]C Steam Turbinesp. 372
The Behaviour of Weldings in Large 9% Cr Alloy Castingsp. 386
Ageing Embrittlement of Advanced Heat Resistant Steelsp. 399
Solidification Cracking Susceptibility of Modified 9Cr1Mo Submerged Arc Weld Metals: The Influence of Mn and Nbp. 407
Advanced Adhesive Systems for LP Steam Turbine Usagep. 431
Optimisation of Inconel 706 for Creep Crack Growth Resistancep. 444
Fundamental Issues in the Development of Austenitic and Nickel Based Alloys for Advanced Supercritical Steam and High Temperature Indirect Fired Gas Turbine Systemsp. 459
Effects of Alloying Elements on the Creep Rupture Strength of 9-12%Cr Steelsp. 472
Creep and Relaxation Properties of 9-12%Cr Steelsp. 485
Quantitative Microscopy And Creep Strength of 9% Chromium Steels for Advanced Power Stationsp. 498
Degradation in Ageing Power Plant Componentsp. 508
Ultrasonic Inspection of Shrunk on Discs by Advanced Robot Technologyp. 523
Heat Resistant Power Plant Steels Under Variable Long Term Conditionsp. 531
Modelling of Grain Boundary Segregation in 1/2Cr1/2Mo1/4V Boiler Shell Steel Weldsp. 547
Effect of Initial Microstructure on the Long Term Creep Strength of a Low Alloy Cr-Mo Steelp. 558
Modelling and Experimental Verification of Minor Phase Composition Changes in Creep Resistant 12CrMoVNb Steelsp. 572
Microstructural Change and Degradation Behaviour of 9Cr-1Mo-V-Nb Steel in the Long-Termp. 590
Redistribution of Elements During Ageing and Creep Testing of 9-12% Chromium Steelsp. 603
Materials and Processes for Affordable Propulsion Systemsp. 621
Materials for Marine, Light Industrial and Aeroderivative Gas Turbinesp. 631
Power Generation in the 21st Century - The New European COST Actionp. 643
Potential Benefits of Advanced Materials for Performance and Life Cycle Cost of Large Industrial Gas Turbinesp. 658
The Effects of Additives on the Degradation of Automobile Turbochargers by Combustion Gases of Petrolp. 671
Service Experience of Coatings in Industrial Gas Turbinesp. 683
Ballistic Penetration Testing of the Containment Wall of a Marine Gas Turbinep. 700
Materials Development in Aero Gas Turbinesp. 710
Development of Diffusion Barriers for the Superalloy Blades of Gas Turbinep. 724
Thermomechanical Behaviour of EB-PVD And Thermal Sprayed Thermal Barrier Coatingsp. 733
Development of Brazing Techniques for the Joining of Single Crystal Componentsp. 741
The Development of a Two-Step Ageing Treatment For Haynes 242 Alloyp. 755
Silicon-Based Ceramic Matrix Composites for Advanced Turbine Engines: Some Degradation Issuesp. 767
The Contribution of Advanced Materials to Future Aeroenginesp. 779
Advanced Titanium Alloys for Use in Future Gas Turbine Applicationsp. 798
The Trent 8104 Aluminium Metal Matrix Composite Fan Outlet Guide Vane: A Case Study Incorporating Material Property Development and Component Evaluationp. 813
High Nitrogen Martensitic Stainless Steels for Critical Applications in Aviationp. 822
New Superalloy Concepts for Single Crystal Turbine Vanes and Bladesp. 832
Development of New High Strength Corrosion Resistant Single Crystal Superalloys for Industrial Gas Turbine Applicationsp. 847
The Future Rolls-Royce Gamma Titanium Aluminidep. 865
Oxidation Resistant [gamma]-TiAl Based Alloys for Advanced Gas Turbine Components and Coating Systemsp. 874
Advances in Titanium Composite Technologyp. 885
Investigation of Low-Cyclic Fatigue Behaviour of Haynes Hr-120 Alloyp. 895
Thermal Fatigue of a Heat Resistant Austenitic Stainless Steelp. 915
The Effect of Elevated Temperature Pre-Exposure on the Crack Growth Behaviour of a Polycrystalline Nickel-Base Superalloyp. 928
Effects of Mixed Mode Loading on Creep-Fatigue in SRR-99 Single Crystalsp. 938
The Durability of Rotating Components in Gas Turbinesp. 950
Assessment of the Performance of Materials in Service: Its Relevance to Decisions on Continued Operation and Life Extensionp. 961
Precipitation and Deformation Behaviour of Cast 718 During Creep and Thermal Exposurep. 971
A Study of the Role of (Nb, Ti)C Carbides in Fatigue Crack Initiation in Inconel 718 At 20[degrees]C and 600[degrees]Cp. 982
Description of the Mechanical Behaviour of the Single-Crystal Alloy CMSX-4p. 999
Statistically Based Fitting of Creep Data for FE Analysis, Covering Material Variabilityp. 1012
Application of Data on Creep Behaviour In Life-Time Assessmentp. 1023
Constitutive Modelling of the Single Crystal Superalloy CMSX-4 for Industrial Gas Turbine Applicationsp. 1036
High Temperature Creep of CMSX-4: Effect of Precipitate Orientation and Morphologyp. 1049
Energy Supply and Demand through the 21[superscript st] Centuryp. 1065
Materials Issues In Renewable Energy Generating Plantsp. 1073
Corrosion Testing of Superheater Steels for Biomass-Fired Boilers and the Effects of Co-Firing with Coalp. 1094
FEA-Based Fatigue Assessment Methodology for Hydraulic Turbine Runnersp. 1105
Photovoltaics: from Materials to System Engineeringp. 1119
Embodied Environmental Impact of Materials Used in Solar Thermal Electricity Generation Systemsp. 1131
Materials Selection for Wind Turbine Bladesp. 1139
Author Indexp. 1153
Subject Indexp. 1156
Table of Contents provided by Blackwell. All Rights Reserved.

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