Verfügbarkeit: Thermal stresses :

Thermal stresses :: design, behavior and applications /

Gespeichert in:

Bibliographische Detailangaben
Weitere Verfasser:	Webb, Alfred R. (HerausgeberIn)
Format:	Elektronisch E-Book
Sprache:	English
Veröffentlicht:	New York : Nova Science Publishers, [2016]
Schriftenreihe:	Materials science and technologies
Schlagworte:	Thermal stresses. Contraintes thermiques. thermal stress. TECHNOLOGY & ENGINEERING / Engineering (General) TECHNOLOGY & ENGINEERING / Reference Thermal stresses
Online-Zugang:	Volltext
Beschreibung:	1 online resource.
Bibliographie:	Includes bibliographical references and index.
ISBN:	9781634853736 1634853733 163485389X 9781634853897

Internformat

MARC


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049			\|a MAIN
130	0		\|a Thermal stresses (Webb)
245	1	0	\|a Thermal stresses : \|b design, behavior and applications / \|c Alfred R. Webb, editor.
264		1	\|a New York : \|b Nova Science Publishers, \|c [2016]
300			\|a 1 online resource.
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490	0		\|a Materials science and technologies
504			\|a Includes bibliographical references and index.
588			\|a Description based on print version record and CIP data provided by publisher.
505	0		\|a THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; CONTENTS ; PREFACE ; Chapter 1 DESIGN OPTIMIZATION OF PEM FUEL CELLS TO MINIMIZE THE MAXIMUM THERMAL STRESS; Abstract ; 1. Introduction ; 1.1. Background; 1.2. Durability ; 1.3. PEM Fuel Cells Assembly ; 1.4. PEM Fuel Cell Operation ; 2. PEM Fuel Cell Model ; 2.1. Solid Mechanics Model ; 2.1.1. Solid Mechanics Model During Assembly ; 2.1.2. Solid Mechanics Model During Operation ; 2.2. Thermal-Fluid Model ; 2.2.1. Gas Flow Channels ; 2.2.2. Gas Diffusion Layers
505	8		\|a 2.2.3. Catalyst Layers 2.2.4. Membrane ; 2.3. Computational Grid ; 3. Results and Discussion ; Conclusion ; References ; Chapter2ENERGYANALYSISOFANALYTICALMODELSOFTHERMALSTRESSESINCOMPOSITEMATERIALS ; Abstract; 1.Introduction; 2.Aims; 3.ReasonofThermalStresses; 4.CellModel; 5.Thermal-StressInducedRadialDisplacement; 6.Thermal-StressInducedElasticEnergy; 7.PrincipleofMinimumEnergy; 8.FundamentalEquations; 8.1.Cauchy'sEquations; 8.2.EquilibriumEquations; 8.3.Hooke'sLaw; 9.MathematicalProcedures; 9.1.MathematicalProcedure1; 9.2.MathematicalProcedure2; 10.BoundaryConditions
505	8		\|a 10.1.SphericalParticle10.2.CellMatrix; 10.3.RadialStressp; 11.EnergyAnalysisofAnalyticalModels; 11.1.CombinationsofSolutions; 11.2.ApplicationtoSiC-Si3N4Ceramics; Conclusion; Acknowledgments; References; Chapter3ANALYTICALMODELOFTHERMALSTRESSESANDCRACKFORMATIONINTWO-COMPONENTANISOTROPICMATERIALS ; Abstract; 1.Introduction; 2.CellModelandCoordinateSystem; 3.NotationofSubscripts; 4.FundamentalEquations; 5.MathematicalProcedures; 6.BoundaryConditions; 6.1.SphericalParticle; 6.2.CellMatrix; 7.ThermalStresses; 7.1.SphericalParticle; 7.2.CellMatrix; 7.3.RadialStressp
505	8		\|a 8.AnalyticalModelofCrackFormation8.1.GeneralAnalysis; 8.2.CellModel; 8.3.DeterminationofW(ij)cpandW(ij); 8.3.1.Condition 01p(', )6= 01m(', ); 8.3.2.Condition 01p(', )= 01m(', )for = pm('); 8.4.TransformationsConcerningCrackinginPlanesxixj,xjxk,xkxi; 9.CrackFormationinYBaCuOSuperconductor; Conclusion; Appendix; Acknowledgments; References; Chapter 4 ANALYSIS ON THERMAL LOADS OF NOZZLE IN LOW-TEMPERATURE REACTOR PIPING ; Abstract ; Introduction ; 1. Buffer Method [1] ; 1.1. Analysis of Loads Exceeding Limits ; 1.2. Supports Adjusting Analysis ; 1.3. Brief Summary ; 2. Truncating Method [2]
505	8		\|a 2.1. Analysis of Loads Exceeding Limits and Supports Setting 2.2. Brief Summary; 3. Integrated Method [3] ; 3.1. Analysis of Loads Exceeding Limits and Supports Setting ; 3.3. Brief Summary ; Conclusion ; References ; Chapter 5 EFFECT OF THERMAL STRESS ON THE PERFORMANCES OF THE MULTI-BUNDLE INTEGRATED-PLANAR SOLID OXIDE FUEL CELLS IP-SOFC ; Abstract ; 1. Introduction ; 2. Presentation of an IP-SOFC; 2.1. Stack Description ; 2.2. Cell Description ; 3. Material Properties ; a. Electrolyte Yettria Stabilised Zirconia (YSZ); b. Anode Ni-YSZ ; c. Strontium-Doped Lanthanum Manganite (LSM)
650		0	\|a Thermal stresses. \|0 http://id.loc.gov/authorities/subjects/sh85134764
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700	1		\|a Webb, Alfred R., \|e editor.
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contents	THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; CONTENTS ; PREFACE ; Chapter 1 DESIGN OPTIMIZATION OF PEM FUEL CELLS TO MINIMIZE THE MAXIMUM THERMAL STRESS; Abstract ; 1. Introduction ; 1.1. Background; 1.2. Durability ; 1.3. PEM Fuel Cells Assembly ; 1.4. PEM Fuel Cell Operation ; 2. PEM Fuel Cell Model ; 2.1. Solid Mechanics Model ; 2.1.1. Solid Mechanics Model During Assembly ; 2.1.2. Solid Mechanics Model During Operation ; 2.2. Thermal-Fluid Model ; 2.2.1. Gas Flow Channels ; 2.2.2. Gas Diffusion Layers 2.2.3. Catalyst Layers 2.2.4. Membrane ; 2.3. Computational Grid ; 3. Results and Discussion ; Conclusion ; References ; Chapter2ENERGYANALYSISOFANALYTICALMODELSOFTHERMALSTRESSESINCOMPOSITEMATERIALS ; Abstract; 1.Introduction; 2.Aims; 3.ReasonofThermalStresses; 4.CellModel; 5.Thermal-StressInducedRadialDisplacement; 6.Thermal-StressInducedElasticEnergy; 7.PrincipleofMinimumEnergy; 8.FundamentalEquations; 8.1.Cauchy'sEquations; 8.2.EquilibriumEquations; 8.3.Hooke'sLaw; 9.MathematicalProcedures; 9.1.MathematicalProcedure1; 9.2.MathematicalProcedure2; 10.BoundaryConditions 10.1.SphericalParticle10.2.CellMatrix; 10.3.RadialStressp; 11.EnergyAnalysisofAnalyticalModels; 11.1.CombinationsofSolutions; 11.2.ApplicationtoSiC-Si3N4Ceramics; Conclusion; Acknowledgments; References; Chapter3ANALYTICALMODELOFTHERMALSTRESSESANDCRACKFORMATIONINTWO-COMPONENTANISOTROPICMATERIALS ; Abstract; 1.Introduction; 2.CellModelandCoordinateSystem; 3.NotationofSubscripts; 4.FundamentalEquations; 5.MathematicalProcedures; 6.BoundaryConditions; 6.1.SphericalParticle; 6.2.CellMatrix; 7.ThermalStresses; 7.1.SphericalParticle; 7.2.CellMatrix; 7.3.RadialStressp 8.AnalyticalModelofCrackFormation8.1.GeneralAnalysis; 8.2.CellModel; 8.3.DeterminationofW(ij)cpandW(ij); 8.3.1.Condition 01p(', )6= 01m(', ); 8.3.2.Condition 01p(', )= 01m(', )for = pm('); 8.4.TransformationsConcerningCrackinginPlanesxixj,xjxk,xkxi; 9.CrackFormationinYBaCuOSuperconductor; Conclusion; Appendix; Acknowledgments; References; Chapter 4 ANALYSIS ON THERMAL LOADS OF NOZZLE IN LOW-TEMPERATURE REACTOR PIPING ; Abstract ; Introduction ; 1. Buffer Method [1] ; 1.1. Analysis of Loads Exceeding Limits ; 1.2. Supports Adjusting Analysis ; 1.3. Brief Summary ; 2. Truncating Method [2] 2.1. Analysis of Loads Exceeding Limits and Supports Setting 2.2. Brief Summary; 3. Integrated Method [3] ; 3.1. Analysis of Loads Exceeding Limits and Supports Setting ; 3.3. Brief Summary ; Conclusion ; References ; Chapter 5 EFFECT OF THERMAL STRESS ON THE PERFORMANCES OF THE MULTI-BUNDLE INTEGRATED-PLANAR SOLID OXIDE FUEL CELLS IP-SOFC ; Abstract ; 1. Introduction ; 2. Presentation of an IP-SOFC; 2.1. Stack Description ; 2.2. Cell Description ; 3. Material Properties ; a. Electrolyte Yettria Stabilised Zirconia (YSZ); b. Anode Ni-YSZ ; c. Strontium-Doped Lanthanum Manganite (LSM)
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spelling	Thermal stresses (Webb) Thermal stresses : design, behavior and applications / Alfred R. Webb, editor. New York : Nova Science Publishers, [2016] 1 online resource. text txt rdacontent computer c rdamedia online resource cr rdacarrier data file rda Materials science and technologies Includes bibliographical references and index. Description based on print version record and CIP data provided by publisher. THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; CONTENTS ; PREFACE ; Chapter 1 DESIGN OPTIMIZATION OF PEM FUEL CELLS TO MINIMIZE THE MAXIMUM THERMAL STRESS; Abstract ; 1. Introduction ; 1.1. Background; 1.2. Durability ; 1.3. PEM Fuel Cells Assembly ; 1.4. PEM Fuel Cell Operation ; 2. PEM Fuel Cell Model ; 2.1. Solid Mechanics Model ; 2.1.1. Solid Mechanics Model During Assembly ; 2.1.2. Solid Mechanics Model During Operation ; 2.2. Thermal-Fluid Model ; 2.2.1. Gas Flow Channels ; 2.2.2. Gas Diffusion Layers 2.2.3. Catalyst Layers 2.2.4. Membrane ; 2.3. Computational Grid ; 3. Results and Discussion ; Conclusion ; References ; Chapter2ENERGYANALYSISOFANALYTICALMODELSOFTHERMALSTRESSESINCOMPOSITEMATERIALS ; Abstract; 1.Introduction; 2.Aims; 3.ReasonofThermalStresses; 4.CellModel; 5.Thermal-StressInducedRadialDisplacement; 6.Thermal-StressInducedElasticEnergy; 7.PrincipleofMinimumEnergy; 8.FundamentalEquations; 8.1.Cauchy'sEquations; 8.2.EquilibriumEquations; 8.3.Hooke'sLaw; 9.MathematicalProcedures; 9.1.MathematicalProcedure1; 9.2.MathematicalProcedure2; 10.BoundaryConditions 10.1.SphericalParticle10.2.CellMatrix; 10.3.RadialStressp; 11.EnergyAnalysisofAnalyticalModels; 11.1.CombinationsofSolutions; 11.2.ApplicationtoSiC-Si3N4Ceramics; Conclusion; Acknowledgments; References; Chapter3ANALYTICALMODELOFTHERMALSTRESSESANDCRACKFORMATIONINTWO-COMPONENTANISOTROPICMATERIALS ; Abstract; 1.Introduction; 2.CellModelandCoordinateSystem; 3.NotationofSubscripts; 4.FundamentalEquations; 5.MathematicalProcedures; 6.BoundaryConditions; 6.1.SphericalParticle; 6.2.CellMatrix; 7.ThermalStresses; 7.1.SphericalParticle; 7.2.CellMatrix; 7.3.RadialStressp 8.AnalyticalModelofCrackFormation8.1.GeneralAnalysis; 8.2.CellModel; 8.3.DeterminationofW(ij)cpandW(ij); 8.3.1.Condition 01p(', )6= 01m(', ); 8.3.2.Condition 01p(', )= 01m(', )for = pm('); 8.4.TransformationsConcerningCrackinginPlanesxixj,xjxk,xkxi; 9.CrackFormationinYBaCuOSuperconductor; Conclusion; Appendix; Acknowledgments; References; Chapter 4 ANALYSIS ON THERMAL LOADS OF NOZZLE IN LOW-TEMPERATURE REACTOR PIPING ; Abstract ; Introduction ; 1. Buffer Method [1] ; 1.1. Analysis of Loads Exceeding Limits ; 1.2. Supports Adjusting Analysis ; 1.3. Brief Summary ; 2. Truncating Method [2] 2.1. Analysis of Loads Exceeding Limits and Supports Setting 2.2. Brief Summary; 3. Integrated Method [3] ; 3.1. Analysis of Loads Exceeding Limits and Supports Setting ; 3.3. Brief Summary ; Conclusion ; References ; Chapter 5 EFFECT OF THERMAL STRESS ON THE PERFORMANCES OF THE MULTI-BUNDLE INTEGRATED-PLANAR SOLID OXIDE FUEL CELLS IP-SOFC ; Abstract ; 1. Introduction ; 2. Presentation of an IP-SOFC; 2.1. Stack Description ; 2.2. Cell Description ; 3. Material Properties ; a. Electrolyte Yettria Stabilised Zirconia (YSZ); b. Anode Ni-YSZ ; c. Strontium-Doped Lanthanum Manganite (LSM) Thermal stresses. http://id.loc.gov/authorities/subjects/sh85134764 Contraintes thermiques. thermal stress. aat TECHNOLOGY & ENGINEERING / Engineering (General) bisacsh TECHNOLOGY & ENGINEERING / Reference bisacsh Thermal stresses fast Webb, Alfred R., editor. has work: Thermal Stresses: Design, Behavior and Applications (Text) https://id.oclc.org/worldcat/entity/E39PD3Jc7p7q6w6B4thHJkvHQ3 https://id.oclc.org/worldcat/ontology/hasWork Print version: Hauppauge, New York : Nova Science Publishers, Inc., [2016] 9781634853736 (DLC) 2016021225 FWS01 ZDB-4-EBA FWS_PDA_EBA https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=1365725 Volltext
spellingShingle	Thermal stresses : design, behavior and applications / THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; THERMAL STRESSES DESIGN, BEHAVIOR AND APPLICATIONS ; CONTENTS ; PREFACE ; Chapter 1 DESIGN OPTIMIZATION OF PEM FUEL CELLS TO MINIMIZE THE MAXIMUM THERMAL STRESS; Abstract ; 1. Introduction ; 1.1. Background; 1.2. Durability ; 1.3. PEM Fuel Cells Assembly ; 1.4. PEM Fuel Cell Operation ; 2. PEM Fuel Cell Model ; 2.1. Solid Mechanics Model ; 2.1.1. Solid Mechanics Model During Assembly ; 2.1.2. Solid Mechanics Model During Operation ; 2.2. Thermal-Fluid Model ; 2.2.1. Gas Flow Channels ; 2.2.2. Gas Diffusion Layers 2.2.3. Catalyst Layers 2.2.4. Membrane ; 2.3. Computational Grid ; 3. Results and Discussion ; Conclusion ; References ; Chapter2ENERGYANALYSISOFANALYTICALMODELSOFTHERMALSTRESSESINCOMPOSITEMATERIALS ; Abstract; 1.Introduction; 2.Aims; 3.ReasonofThermalStresses; 4.CellModel; 5.Thermal-StressInducedRadialDisplacement; 6.Thermal-StressInducedElasticEnergy; 7.PrincipleofMinimumEnergy; 8.FundamentalEquations; 8.1.Cauchy'sEquations; 8.2.EquilibriumEquations; 8.3.Hooke'sLaw; 9.MathematicalProcedures; 9.1.MathematicalProcedure1; 9.2.MathematicalProcedure2; 10.BoundaryConditions 10.1.SphericalParticle10.2.CellMatrix; 10.3.RadialStressp; 11.EnergyAnalysisofAnalyticalModels; 11.1.CombinationsofSolutions; 11.2.ApplicationtoSiC-Si3N4Ceramics; Conclusion; Acknowledgments; References; Chapter3ANALYTICALMODELOFTHERMALSTRESSESANDCRACKFORMATIONINTWO-COMPONENTANISOTROPICMATERIALS ; Abstract; 1.Introduction; 2.CellModelandCoordinateSystem; 3.NotationofSubscripts; 4.FundamentalEquations; 5.MathematicalProcedures; 6.BoundaryConditions; 6.1.SphericalParticle; 6.2.CellMatrix; 7.ThermalStresses; 7.1.SphericalParticle; 7.2.CellMatrix; 7.3.RadialStressp 8.AnalyticalModelofCrackFormation8.1.GeneralAnalysis; 8.2.CellModel; 8.3.DeterminationofW(ij)cpandW(ij); 8.3.1.Condition 01p(', )6= 01m(', ); 8.3.2.Condition 01p(', )= 01m(', )for = pm('); 8.4.TransformationsConcerningCrackinginPlanesxixj,xjxk,xkxi; 9.CrackFormationinYBaCuOSuperconductor; Conclusion; Appendix; Acknowledgments; References; Chapter 4 ANALYSIS ON THERMAL LOADS OF NOZZLE IN LOW-TEMPERATURE REACTOR PIPING ; Abstract ; Introduction ; 1. Buffer Method [1] ; 1.1. Analysis of Loads Exceeding Limits ; 1.2. Supports Adjusting Analysis ; 1.3. Brief Summary ; 2. Truncating Method [2] 2.1. Analysis of Loads Exceeding Limits and Supports Setting 2.2. Brief Summary; 3. Integrated Method [3] ; 3.1. Analysis of Loads Exceeding Limits and Supports Setting ; 3.3. Brief Summary ; Conclusion ; References ; Chapter 5 EFFECT OF THERMAL STRESS ON THE PERFORMANCES OF THE MULTI-BUNDLE INTEGRATED-PLANAR SOLID OXIDE FUEL CELLS IP-SOFC ; Abstract ; 1. Introduction ; 2. Presentation of an IP-SOFC; 2.1. Stack Description ; 2.2. Cell Description ; 3. Material Properties ; a. Electrolyte Yettria Stabilised Zirconia (YSZ); b. Anode Ni-YSZ ; c. Strontium-Doped Lanthanum Manganite (LSM) Thermal stresses. http://id.loc.gov/authorities/subjects/sh85134764 Contraintes thermiques. thermal stress. aat TECHNOLOGY & ENGINEERING / Engineering (General) bisacsh TECHNOLOGY & ENGINEERING / Reference bisacsh Thermal stresses fast
subject_GND	http://id.loc.gov/authorities/subjects/sh85134764
title	Thermal stresses : design, behavior and applications /
title_alt	Thermal stresses (Webb)
title_auth	Thermal stresses : design, behavior and applications /
title_exact_search	Thermal stresses : design, behavior and applications /
title_full	Thermal stresses : design, behavior and applications / Alfred R. Webb, editor.
title_fullStr	Thermal stresses : design, behavior and applications / Alfred R. Webb, editor.
title_full_unstemmed	Thermal stresses : design, behavior and applications / Alfred R. Webb, editor.
title_short	Thermal stresses :
title_sort	thermal stresses design behavior and applications
title_sub	design, behavior and applications /
topic	Thermal stresses. http://id.loc.gov/authorities/subjects/sh85134764 Contraintes thermiques. thermal stress. aat TECHNOLOGY & ENGINEERING / Engineering (General) bisacsh TECHNOLOGY & ENGINEERING / Reference bisacsh Thermal stresses fast
topic_facet	Thermal stresses. Contraintes thermiques. thermal stress. TECHNOLOGY & ENGINEERING / Engineering (General) TECHNOLOGY & ENGINEERING / Reference Thermal stresses
url	https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=1365725
work_keys_str_mv	UT thermalstresseswebb AT webbalfredr thermalstressesdesignbehaviorandapplications

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