Digital Library / STP / STP520-EB

STP520 Fatigue at Elevated Temperatures Carden AE, McEvily AJ, Wells CH Pages: 792 Published: 1973 Format: PDF (20M) Price: $166  [Download Now]

• Overview • Hard Copy version • View License Agreement • Download Now

Table of Contents

Introduction


Summary


Fatigue at High Temperature
Coffin L.

Mechanisms of High-Temperature Fatigue
Gell M., Leverant G.

Correlation of Substructure with the Elevated Temperature Low-Cycle Fatigue of AISI 304 and 316 Stainless Steels
Challenger K., Moteff J.

Relationship Between Thermal Fatigue and Low-cycle Fatigue at Elevated Temperature
Taira S.

Fatigue of Protective Metal Oxides in Combustion Chamber Exhaust Gases
Dils R.

Effects of Frequency and Environment on Fatigue Crack Growth in A286 at 1100 F
Solomon H., Coffin L.

Extent to Which Material Properties Control Fatigue Failure at Elevated Temperatures
Wareing J., Tomkins B., Sumner G.

Temperature Dependence of Fatigue Crack Propagation in an Al-2.6Mg Alloy
Jeglic F., Niessen P., Burns D.

Derivation of a Failure Law for Creep Under a Cyclic Stress
Williams J.

Creep-Fatigue Interaction during Crack Growth
Atanmo P., McEvily A.

Thermal-Mechanical Fatigue Crack Propagation in Nickel- and Cobalt-Base Superalloys Under Various Strain-Temperature Cycles
Rau C., Gemma A., Leverant G.

Threshold for Fatigue Crack Growth in Ferritic Steels at 300 C
Pook L., Beveridge A.

Fatigue at Elevated Temperatures: A Review of Test Methods
Carden A.

Discussion of the Test Method and Equipment for the Evaluation of Low-Cycle Creep-Fatigue Failure Criteria
Schneiderovitch R., Gusenkov A.

High-Temperature Fatigue Testing of Automotive Valve Steels
Vitcha E.

Evaluation of Thermal Fatigue Resistance of Metals Using the Fluidized Bed Technique
Howes M.

Thermoacoustic Fatigue Testing Facility for Space Shuttle Thermal Protection System
Rucker C., Grandle R.

Fatigue of Supersonic Transport Materials Using Simulated Flight-by-Flight Loading
Imig L.

Ultrasonic Fatigue in Steam with Small Amounts of Sodium Chloride
Conn A., Nielsen N.

Fatigue in the Design of High-Temperature Alloys
Merrick H., Maxwell D., Gibson R.

Effects of Grain Size and Temperature on the Cyclic Strength and Fracture of Iron
Abdel-Raouf H., Topper T., Plumtree A.

Creep Testing of Alpha Iron During Thermal Cycling
Eylon D., Brandon D., Rosen A.

High-Strain Fatigue Properties of Cast ½Cr-Mo-V Steels
Elder W., Marriott J., Murphy M.

Effect of Carbon Content on High-Temperature Properties of 2%Cr-1Mo Steels
Seeley R., Zeisloft R.

Fatigue Crack Propagation in Steel Alloys at Elevated Temperatures
McHenry H., Pense A.

Low-Cycle Fatigue Behavior of Types 304 and 316 Stainless Steel at LMFBR Operating Temperature
Cheng C., Cheng C., Diercks D., Weeks R.

Combined Low-Cycle Fatigue and Stress Relaxation of Alloy 800 and Type 304 Stainless Steel at Elevated Temperatures
Jaske C., Mindlin H., Perrin J.

Effects of Combined Creep and Fatigue Loading on an Austenitic Stainless Steel at High Temperature
White W., Coote R., Le May I.

Fatigue Crack Growth Characteristics of Several Austenitic Stainless Steels at High Temperature
Shahinian P., Smith H., Watson H.

Effect of Several Metallurgical Variables on the Thermal Fatigue Behavior of Superalloys
Boone D., Sullivan C.

Thermal Fatigue Characterization of Cast Cobalt and Nickel-Base Superalloys
Mowbray D., Woodford D., Brandt D.

High-Cycle Fatigue Properties of a Dispersion Strengthened Nickel-Base Superalloy
Weber J., Bomford M.

Effect of Mean Stress on the High-Cycle Fatigue Behavior of Udimet 710 at 1000 F
Moon D., Sabol G.

Bend Fatigue of Two Iron-Nickel-Base Superalloys at Elevated Temperature
Opinsky A.

Combined Creep-Fatigue Behavior of Inconel Alloy X-750
Venkiteswaran P., Ferguson D., Taplin D.

Low-Cycle Fatigue with Combined Thermal and Strain Cycling
Lindholm U., Davidson D.

Low-Cycle Fatigue Behavior of Zircaloy at 573 K
Hosbons R.

Thermal Fatigue Behavior of T-111 and ASTAR 811C in Ultrahigh Vacuum
Sheffler K., Doble G.

Effect of Interrupting Fatigue by Periods of Heat for Aluminum Alloy Structural Elements
Heath-Smith J., Kiddle F.

Test Results of Fatigue at Elevated Temperatures on Aeronautical Materials
Vidal G., Galmard P.

Effect of Surface Integrity on Fatigue of Structural Alloys at Elevated Temperatures
Prevey P., Koster W.

Review of Thermal Ratchetting
Burgreen D.

Ratchetting Under Cyclic Axial Strain with Torsional Stress
Yamanouchi H., Asada Y., Wakamatsu Y.

Analytical and Experimental Study of Thermal Ratchetting
Swaroop A., McEvily A.

Predicting Service Life in a Fatigue-Creep Environment
Ellison E., Smith E.

A Realistic Model for the Deformation Behavior of High-Temperature Materials
Milled A.

Ductility Exhaustion Model for Prediction of Thermal Fatigue and Creep Interaction
Polhemus J., Spaeth C., Vogel W.

Strain Rate and Holdtime Saturation in Low-Cycle Fatigue: Design-Parameter Plots
Conway J., Berling J., Stentz R.

Comparison of Experimental and Theoretical Thermal Fatigue Lives for Five Nickel-Base Alloys
Spera D.

Temperature Effects on the Strainrange Partitioning Approach for Creep Fatigue Analysis
Halford G., Hirschberg M., Manson S.

Kinetic Deformation Criteria of Cyclic Fracture at High Temperature
Serensen S., Schneiderovitch R., Gusenkov A.

Method for Low-Cycle Fatigue Design Including Biaxial Stress and Notch Effects
Gonyea D.

Some Considerations of the Application of Cyclic Data to the Design of Welded Structures
Darlaston B., Walters D.

Elevated Temperature Test of Welded Furnace Wall Sections
Lawton C., Bynum J.

Parametric Study to Establish Design Curves and to Evaluate Design Rules for Ratchetting
Branca T., McLean J.

Nondestructive Testing in Fatigue: A 1972 Update
Socky R.

Codes: Asset or Liability?
Cooper W.

The Challenge to Unify Treatment of High Temperature Fatigue—A Partisan Proposal Based on Strainrange Partitioning
Manson S.

Index


Committee: E08
Paper ID: STP520-EB
DOI: 10.1520/STP520-EB
ISBN-EB: 978-0-8031-5576-3

ASTM International is a member of CrossRef.
0-8031-5528-X
978-0-8031-5528-2
STP520-EB