Pressure Vessel Design

Name: Pressure Vessel Design | The Direct Route: The Direct Route
Brand: Elsevier
Price: 230.0 EUR
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The Direct Route: The Direct Route

Josef L. Zeman Franz Rauscher Sebastian Schindler(Autor*in)

Elsevier (Verlag)

Erschienen am 14. Mai 2014

319 Seiten

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978-0-08-046189-2 (ISBN)

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Inhalt

Cover
Pressure Vessel Design the Direct Route
Contents
Foreword
Acknowledgement
On the Use of this Book
Chapter 1. Introduction
Chapter 2. General
General on the Direct Route in Design by Analysis
General Terms and Definitions
Failure-Related Terms
Action-Related Terms
Model-Related Terms
Thickness-Related Terms
Response-Related Terms
Design Check-Related Terms
General on Characteristic Values and Characteristic Functions of Actions
Requirements in the Pressure Equipment Directive
Consequences from the PED Requirements
General on Design Models and Constitutive Laws
General on Design Models
General on Constitutive Laws
Chapter 3. Design Checks and Load Cases
Design Checks
Load Cases
Procedure
Step 1: Setting Up of Load Case Specifications List
Step 2: Setting Up of Design Check Table
Step 3: Setting Up of Design Models
Step 4: Execution of Design Checks
Step 5: Final Conclusion
Example
Chapter 4. Gross Plastic Deformation Design Check (GPD-DC)
Introduction
Procedure
Design Models
Design Values of Actions
The Principle
Application Rule
Examples
Chapter 5. Progressive Plastic Deformation Design Check (PD-DC)
Introduction
Procedure
Design Models
Design Functions of Actions
The Principle
Application Rules
Examples
Chapter 6. Stability Design Check (S-DC)
Introduction
Procedure
Design Models
Design Values and Functions of Actions
The Principle
Application Rules
Examples
Chapter 7. Cyclic Fatigue Design Check (F-DC)
Introduction
General Remarks to the F-DC
General Remarks to the F-DC of Unwelded Region
General Remarks to the F-DC of Welded Regions
Procedure
Design Models
Requirements with Regard to Welded Regions
Requirements with Regard to Unwelded Regions
General Requirements with Regard to Welded and Unwelded Regions
Design Values and Design Functions of Actions
The Principle
Correction Factors for Unwelded Regions
Plasticity Correction Factor
Effective Stress Concentration Factor
Surface Finish Correction Factor
Thickness Correction Factor
Mean Stress Correction Factor
Temperature Correction Factor
Correction Factors for Welded Regions
Plasticity Correction Factor
Thickness Correction Factor
Temperature Correction Factor
Design Fatigue Curves
Design Fatigue Curves for Welded Regions
Design Fatigue Curves for Unwelded Regions
Cycle Counting
General
The Reservoir Cycle Counting Method
Fatigue Damage Accumulation
General Remarks to the Methodology
Methodology for Welded Regions and Surface Hot Spots
Methodology for Welded Regions and Internal Hot Spots
Methodology for Unwelded Regions
Examples
Chapter 8. Static Equilibrium Design Check (SE-DC)
Introduction
Procedure
Design Models
Design Values of Actions
The Principle
Examples
Epilogue
References
Annex A: Useful Shakedown Theorems
Annex E: Examples
Annex E.3: Example of a design check table
E.3.1: Design check table of a jacketed autoclave
Annex E.4: Examples of Gross Plastic Deformation Design Checks
E.4.1: GPD-DC of a hydrocracking reactor
E.4.2: Detailed investigation of the transition of a cylindrical to a hemispherical shell
E.4.3: GPD-DC of an air cooler header
E.4.4: GPD-DC of a nozzle in hemispherical end
Annex E.5: Examples of Progressive Plastic Deformation Design Checks
E.5.1: PD-DC of a hydrocracking reactor
E.5.2: PD-DC of an air cooler header
E.5.3: PD-DC of a nozzle in hemispherical end
Annex E.6: Examples of Stability Design Checks
E.6.1: First S-DC of a jacketed stirring vessel
E.6.2: Second S-DC of a jacketed stirring vessel
Annex E.7: Examples of Cyclic Fatigue Design Checks
E.7.1: F-DC of a cylindrical to hemispherical shell transition
E.7.2: F-DC of an air cooler header
Annex E.8: Examples of Static Equilibrium Design Checks
E.8.1: SE-DC of a skirt supported heavy reactor column
E.8.2: SE-DC of a skirt supported light pressure vessel
E.8.3: SE-DC of a leg supported vertical storage tank
Annex L: Input Listings
L.4.1: GPD-DC of a hydrocracking reactor
L.4.2: GPD-DC of details of cylindrical shell to hemispherical end
L.4.3: GPD-DC of an air cooler header
L.4.4: GPD-DC of a nozzle in hemispherical end
L.5.1: PD-DC of a hydrocracking reactor
L.5.2: PD-DC of an air cooler header
L.5.3: PD-DC of a nozzle in hemispherical end
L.6.1: First S-DC of a jacketed autoclave
L.6.2: Second S-DC of a jacketed autoclave
Subject Index

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