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Etat : Good. Pages intact with minimal writing/highlighting. The binding may be loose and creased. Dust jackets/supplements are not included. Stock photo provided. Product includes identifying sticker. Better World Books: Buy Books. Do Good.

Etat : Good. 680 pp., hardcover, ex library, else text and binding clean and tight. - If you are reading this, this item is actually (physically) in our stock and ready for shipment once ordered. We are not bookjackers. Buyer is responsible for any additional duties, taxes, or fees required by recipient's country.…

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Paperback. Etat : New.

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Etat : New. pp. 704.

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Etat : As New. Unread book in perfect condition.

Paperback. Etat : Brand New. 704 pages. 9.25x6.10x1.59 inches. In Stock.

Taschenbuch. Etat : Neu. Druck auf Anfrage Neuware - Printed after ordering - List of Contents.- 1. Advanced High Temperature Materials.- 2. Materials Potential.- 2.1. Alloys.- 2.1.1. High Temperature Steels for Power Plant R.D. Townsend, CERL Leatherhead.- 2.1.2. Developments in Heat-Resisting Alloys for Petrochemical Plant J.J.Jones, Lake&Elliot Paramount Ltd.- 2.1.3. High Temperature, Oxidation-Resisting FeCrAl Steels S.R. Keown, Consultant Metallurgist.- 2.1.4. Superalloys, base: nickel, cobalt, iron and chromium C.H. White, Inco Alloys Ltd.- 2.1.5 Oxide Dispersion Strengthened (ODS) Alloys C.H. White, IncoAlloysLtd.- 2.1.6. Refractory Metals and Alloys Reck, Metallwerk Plansee GmbH.- 2.1.7. Titanium S.F. Pugh, Consultant Metallurgist.- 2.1.8. The Platinum Group Metals S.F. Pugh, Consultant Metallurgist.- 2.1.9. Intermetallic Compounds for High Temperature Use P. Costa, ONERA.- 2.2. Coatings.- 2.2.1. Claddings and Co-extruded Tubes T. Flatley, C.W. Morris, CEGB Leeds.- Coatings, Metallic and Ceramic (Thermal Barrier) for Turbine ApplicationsR. Mevrel,ONERA.- 2.3. Composites.- 2.3.1. Metal matrix Composites R. Warren, Chalmers University.- 2.3.2. Ceramic matrix Composites R. Warren, Chalmers University.- 2.4. Ceramics.- 2.4.1. Engineering Ceramics and Pyrolytic Materials D.J. Godfrey, Admiralty Research Establishment.- 2.4.2. Refractories J.T. van Konijnenburg, HoogovensB.V.- 3. Materials Production.- 3.1. Alloys.- 3.1.1. Alloy Production R. Brunetaud, Consultant Metallurgist.- R. Brunetaud, Consultant Metallurgist.- High Temperature Materials S.F. Pugh, Consultant Metallurgist.- 3.2. Ceramics and Refractories.- 3.2.1. Ceramics and Pyrolytic Materials D.J. Godfrey, Admiralty Research Establisment.- 3.2.2. Powder Production for Structural Ceramics F. Cambier, A. Leriche, CRIBC.- 3.3. Composites.- 3.3.1. Metal matrix Composites R. Warren, Chalmers University.- 3.3.2. Ceramic matrix Composites R. Warren, Chalmers University.- 3.4. Joining.- 3.4.1. Joining of Metallic Materials T.G. Gooch, Welding Institute.- 3.4.2. Joining of Advanced Ceramics for High Temperature Applications KM. Ostyn, Research Centre of the Belgian Welding Institute S.D. Peteves, Joint Research Centre, Petten A.C. Vinckier, State University Ghent.- 4. Materials Constraints in the High Temperature Industrial Technologies.- 4.1. Energy Production and Conversion -Fossil Energy.- 4.1.1. The Combustion Technologies D.B. Meadowcroft, CERL Leatherhead.- 4.1.2. Steam Cycle Power Plant D.B. Meadowcroft, CERL Leatherhead.- 4.1.3. Coal Gasification Materials for Plant Construction D.M. Lloyd, British Coal Corporation.- 4.1.4. Fuel Cells K Joon, S.B. v.d. Molen, E.H.P. Cordfunke, Netherlands Energy Centre.- 4.1.5. Magneto-hydrodynamic Energy Conversion F. Negrini, University of Bologna.- 4.2. Materials Constraints in Petrochemical Plant F.J. Vaes, Dow Chemicals B.V.- 4.3. High Temperature Materials Problems in Fusion and Fission Power Generation, S.F. Pugh, Consultant Metallurgist.- 4.4. Engines.- 4.4.1. Aero Gas Turbines S. Newsam, Rolls Royce pic.- 4.4.2. Marine Gas Turbines J.F.G. Conde, Materials Consultant.- 4.4.3. Turbines for Motor Vehicles J.F.G. Conde, Materials Consultant.- 4.4.4. Reciprocating Engines -Diesel- Otto D.J. Godfrey, Admiralty Research Establishment.- 4.6. Materials used in the Processing of Super alloys J. Morlet, Imphy SA.- 4.7. Materials for Sensors to be used at High Temperature O. De Pous, Eniricerche Monterondo.- 4.8. Materials for Furnaces D. Brun, Stein Heurtey SA.- 5. Optimisation of Components.- 5.1. Testing MetrologyM.S. Loveday, National Physical Laboratory.- 5.2. Prior Inspection/NDE W.N. Reynolds, NDT Centre, AERE Harwell.- 5.3. Design of Materials for Components.- 5.3.1. Basic Principles for Modelling of Deformation and Rupture D.R. Hayhurst. Sheffield University.- 5.3.2. Life Prediction and Residual Life Assessment G.W. Greenwood. Sheffield University.- 5.3.3. New Approach to Materials Design. Calculated Phase Equilibria for Composition and Structural Control T.G. Chart. T.I. Barry. National Physical Laboratory.- 5.3.4. Design Concepts for Ceramic Materials J. Lamon. Battelle Institute.- 5.3.5. Structural Design Methods and Rules for Metallic ComponentsOperating at High Temperatures F. Schubert. Kemforschungsanlage J¿lich.- 6. Future Trends in High Temperature Technology and the Implications for Materials R&D.- 7. Conclusions.…

Taschenbuch. Etat : Neu. Research and Development of High Temperature Materials for Industry | E. Bullock (u. a.) | Taschenbuch | 680 S. | Englisch | 2011 | Springer | EAN 9789401070089 | Verantwortliche Person für die EU: Springer Verlag GmbH, Tiergartenstr. 17, 69121 Heidelberg, juergen[dot]hartmann[at]springer[dot]com | Anbieter: preigu. …

Etat : Gut. Zustand: Gut | Sprache: Englisch | Produktart: Bücher | It is difficult to think of a more urgent question for Buddhism in the late twentieth century than human rights. The political, ethical and philosophical questions surrounding human rights are debated vigorously in political and intellectual circles throughout the world and now in this volume.…

Hardcover. Etat : New.

Hardcover. Etat : gut. 1997. Buddhism and Human Rights In englischer Sprache. pages.

Original Cloth. 1st Edition. 24.5 x 16.5 cm., xvii, 680pp. A collection of contributions by various authors arranged in sections: Advanced high temperature materials; Materials potential; Materials production; Materials constraints in the high temperature industrial technologies; Optimization of components. The book is covered in light blue glossy material with dark blue lettering on the spine. CONDITION. Near fine. A very clean tight copy. Library marks and labels on spine and free end paper. Ex-Library.…

Etat : new. Questo è un articolo print on demand.

Taschenbuch. Etat : Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -List of Contents.- 1. Advanced High Temperature Materials.- 2. Materials Potential.- 2.1. Alloys.- 2.1.1. High Temperature Steels for Power Plant R.D. Townsend, CERL Leatherhead.- 2.1.2. Developments in Heat-Resisting Alloys for Petrochemical Plant J.J.Jones, Lake&Elliot Paramount Ltd.- 2.1.3. High Temperature, Oxidation-Resisting FeCrAl Steels S.R. Keown, Consultant Metallurgist.- 2.1.4. Superalloys, base: nickel, cobalt, iron and chromium C.H. White, Inco Alloys Ltd.- 2.1.5 Oxide Dispersion Strengthened (ODS) Alloys C.H. White, IncoAlloysLtd.- 2.1.6. Refractory Metals and Alloys Reck, Metallwerk Plansee GmbH.- 2.1.7. Titanium S.F. Pugh, Consultant Metallurgist.- 2.1.8. The Platinum Group Metals S.F. Pugh, Consultant Metallurgist.- 2.1.9. Intermetallic Compounds for High Temperature Use P. Costa, ONERA.- 2.2. Coatings.- 2.2.1. Claddings and Co-extruded Tubes T. Flatley, C.W. Morris, CEGB Leeds.- Coatings, Metallic and Ceramic (Thermal Barrier) for Turbine ApplicationsR. Mevrel,ONERA.- 2.3. Composites.- 2.3.1. Metal matrix Composites R. Warren, Chalmers University.- 2.3.2. Ceramic matrix Composites R. Warren, Chalmers University.- 2.4. Ceramics.- 2.4.1. Engineering Ceramics and Pyrolytic Materials D.J. Godfrey, Admiralty Research Establishment.- 2.4.2. Refractories J.T. van Konijnenburg, HoogovensB.V.- 3. Materials Production.- 3.1. Alloys.- 3.1.1. Alloy Production R. Brunetaud, Consultant Metallurgist.- R. Brunetaud, Consultant Metallurgist.- High Temperature Materials S.F. Pugh, Consultant Metallurgist.- 3.2. Ceramics and Refractories.- 3.2.1. Ceramics and Pyrolytic Materials D.J. Godfrey, Admiralty Research Establisment.- 3.2.2. Powder Production for Structural Ceramics F. Cambier, A. Leriche, CRIBC.- 3.3. Composites.- 3.3.1. Metal matrix Composites R. Warren, Chalmers University.- 3.3.2. Ceramic matrix Composites R. Warren, Chalmers University.- 3.4. Joining.- 3.4.1. Joining of Metallic Materials T.G. Gooch, Welding Institute.- 3.4.2. Joining of Advanced Ceramics for High Temperature Applications KM. Ostyn, Research Centre of the Belgian Welding Institute S.D. Peteves, Joint Research Centre, Petten A.C. Vinckier, State University Ghent.- 4. Materials Constraints in the High Temperature Industrial Technologies.- 4.1. Energy Production and Conversion -Fossil Energy.- 4.1.1. The Combustion Technologies D.B. Meadowcroft, CERL Leatherhead.- 4.1.2. Steam Cycle Power Plant D.B. Meadowcroft, CERL Leatherhead.- 4.1.3. Coal Gasification Materials for Plant Construction D.M. Lloyd, British Coal Corporation.- 4.1.4. Fuel Cells K Joon, S.B. v.d. Molen, E.H.P. Cordfunke, Netherlands Energy Centre.- 4.1.5. Magneto-hydrodynamic Energy Conversion F. Negrini, University of Bologna.- 4.2. Materials Constraints in Petrochemical Plant F.J. Vaes, Dow Chemicals B.V.- 4.3. High Temperature Materials Problems in Fusion and Fission Power Generation, S.F. Pugh, Consultant Metallurgist.- 4.4. Engines.- 4.4.1. Aero Gas Turbines S. Newsam, Rolls Royce pic.- 4.4.2. Marine Gas Turbines J.F.G. Conde, Materials Consultant.- 4.4.3. Turbines for Motor Vehicles J.F.G. Conde, Materials Consultant.- 4.4.4. Reciprocating Engines -Diesel- Otto D.J. Godfrey, Admiralty Research Establishment.- 4.6. Materials used in the Processing of Super alloys J. Morlet, Imphy SA.- 4.7. Materials for Sensors to be used at High Temperature O. De Pous, Eniricerche Monterondo.- 4.8. Materials for Furnaces D. Brun, Stein Heurtey SA.- 5. Optimisation of Components.- 5.1. Testing MetrologyM.S. Loveday, National Physical Laboratory.- 5.2. Prior Inspection/NDE W.N. Reynolds, NDT Centre, AERE Harwell.- 5.3. Design of Materials for Components.- 5.3.1. Basic Principles for Modelling of Deformation and Rupture D.R. Hayhurst. Sheffield University.- 5.3.2. Life Prediction and Residual Life Assessment G.W. Greenwood. Sheffield University.- 5.3.3. New Approach to Materials Design. Calculated Phase Equilibria for Composition an.…

Etat : New. Print on Demand pp. 704 49:B&W 6.14 x 9.21 in or 234 x 156 mm (Royal 8vo) Perfect Bound on White w/Gloss Lam.

Etat : New. PRINT ON DEMAND pp. 704.

Etat : New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. List of Contents.- 1. Advanced High Temperature Materials.- 2. Materials Potential.- 2.1. Alloys.- 2.1.1. High Temperature Steels for Power Plant R.D. Townsend, CERL Leatherhead.- 2.1.2. Developments in Heat-Resisting Alloys for Petrochemical Plant J.J.Jone. …

Etat : New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Damien Keown (Goldsmiths College, University of London) and Charles S. Prebish (State University of Pennsylvania) are the founding editors of the Journal of Buddhist Ethics which sponsored the conference on human rights at which the papers published herein .…

Taschenbuch. Etat : Neu. This item is printed on demand - Print on Demand Titel. Neuware -List of Contents.- 1. Advanced High Temperature Materials.- 2. Materials Potential.- 2.1. Alloys.- 2.1.1. High Temperature Steels for Power Plant R.D. Townsend, CERL Leatherhead.- 2.1.2. Developments in Heat-Resisting Alloys for Petrochemical Plant J.J.Jones, Lake&Elliot Paramount Ltd.- 2.1.3. High Temperature, Oxidation-Resisting FeCrAl Steels S.R. Keown, Consultant Metallurgist.- 2.1.4. Superalloys, base: nickel, cobalt, iron and chromium C.H. White, Inco Alloys Ltd.- 2.1.5 Oxide Dispersion Strengthened (ODS) Alloys C.H. White, IncoAlloysLtd.- 2.1.6. Refractory Metals and Alloys Reck, Metallwerk Plansee GmbH.- 2.1.7. Titanium S.F. Pugh, Consultant Metallurgist.- 2.1.8. The Platinum Group Metals S.F. Pugh, Consultant Metallurgist.- 2.1.9. Intermetallic Compounds for High Temperature Use P. Costa, ONERA.- 2.2. Coatings.- 2.2.1. Claddings and Co-extruded Tubes T. Flatley, C.W. Morris, CEGB Leeds.- Coatings, Metallic and Ceramic (Thermal Barrier) for Turbine ApplicationsR. Mevrel,ONERA.- 2.3. Composites.- 2.3.1. Metal matrix Composites R. Warren, Chalmers University.- 2.3.2. Ceramic matrix Composites R. Warren, Chalmers University.- 2.4. Ceramics.- 2.4.1. Engineering Ceramics and Pyrolytic Materials D.J. Godfrey, Admiralty Research Establishment.- 2.4.2. Refractories J.T. van Konijnenburg, HoogovensB.V.- 3. Materials Production.- 3.1. Alloys.- 3.1.1. Alloy Production R. Brunetaud, Consultant Metallurgist.- R. Brunetaud, Consultant Metallurgist.- High Temperature Materials S.F. Pugh, Consultant Metallurgist.- 3.2. Ceramics and Refractories.- 3.2.1. Ceramics and Pyrolytic Materials D.J. Godfrey, Admiralty Research Establisment.- 3.2.2. Powder Production for Structural Ceramics F. Cambier, A. Leriche, CRIBC.- 3.3. Composites.- 3.3.1. Metal matrix Composites R. Warren, Chalmers University.- 3.3.2. Ceramic matrix Composites R. Warren, Chalmers University.- 3.4. Joining.- 3.4.1. Joining of Metallic Materials T.G. Gooch, Welding Institute.- 3.4.2. Joining of Advanced Ceramics for High Temperature Applications KM. Ostyn, Research Centre of the Belgian Welding Institute S.D. Peteves, Joint Research Centre, Petten A.C. Vinckier, State University Ghent.- 4. Materials Constraints in the High Temperature Industrial Technologies.- 4.1. Energy Production and Conversion -Fossil Energy.- 4.1.1. The Combustion Technologies D.B. Meadowcroft, CERL Leatherhead.- 4.1.2. Steam Cycle Power Plant D.B. Meadowcroft, CERL Leatherhead.- 4.1.3. Coal Gasification Materials for Plant Construction D.M. Lloyd, British Coal Corporation.- 4.1.4. Fuel Cells K Joon, S.B. v.d. Molen, E.H.P. Cordfunke, Netherlands Energy Centre.- 4.1.5. Magneto-hydrodynamic Energy Conversion F. Negrini, University of Bologna.- 4.2. Materials Constraints in Petrochemical Plant F.J. Vaes, Dow Chemicals B.V.- 4.3. High Temperature Materials Problems in Fusion and Fission Power Generation, S.F. Pugh, Consultant Metallurgist.- 4.4. Engines.- 4.4.1. Aero Gas Turbines S. Newsam, Rolls Royce pic.- 4.4.2. Marine Gas Turbines J.F.G. Conde, Materials Consultant.- 4.4.3. Turbines for Motor Vehicles J.F.G. Conde, Materials Consultant.- 4.4.4. Reciprocating Engines -Diesel- Otto D.J. Godfrey, Admiralty Research Establishment.- 4.6. Materials used in the Processing of Super alloys J. Morlet, Imphy SA.- 4.7. Materials for Sensors to be used at High Temperature O. De Pous, Eniricerche Monterondo.- 4.8. Materials for Furnaces D. Brun, Stein Heurtey SA.- 5. Optimisation of Components.- 5.1. Testing MetrologyM.S. Loveday, National Physical Laboratory.- 5.2. Prior Inspection/NDE W.N. Reynolds, NDT Centre, AERE Harwell.- 5.3. Design of Materials for Components.- 5.3.1. Basic Principles for Modelling of Deformation and Rupture D.R. Hayhurst. Sheffield University.- 5.3.2. Life Prediction and Residual Life Assessment G.W. Greenwood. Sheffield University.- 5.3.3. New Approach to Materials Design. Calculated Phase Equilibria for Composition and St.…

Gebunden. Etat : New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Damien Keown (Goldsmiths College, University of London) and Charles S. Prebish (State University of Pennsylvania) are the founding editors of the Journal of Buddhist Ethics which sponsored the conference on human rights at which the papers published herein .…