Creep in Structures

1. Front Matter

   Pages I-VIII

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2. Stress Distribution Analysis for Linear Viscoelastic Materials

   • A. H. Corneliussen, E. H. Lee

   Pages 1-20

3. Torsional Response of Linear Viscoelastic Plates Subjected to thermal Stresses

   • Harry H. Hilton, Edward L. Walsh

   Pages 21-42

4. On the Creep-Stress Analysis of some Structures

   • Sharad A. Patel, B. Venkatraman

   Pages 43-64

5. The Shear Center in Creep of Beams of Thin-walled Open Cross Section

   • Aris Phillips

   Pages 65-78

6. Mechanics of Creep and Combined Stresses

   • Joseph Marin

   Pages 79-95

7. Lifetime of Structures Subjected to Varying Load and Temperature

   • Shuji Taira

   Pages 96-124

8. The Effect of Incremental Loading on Creep Behavior of Metals

   • E. T. Onat, T. T. Wang

   Pages 125-136

9. Applicability of the Elastic Analogue to Creep Problems of Plates, Membranes and Beams

   • Folke K. G. Odqvist

   Pages 137-160

10. Oil Canning Problems in Creep

    • Jan Hult

    Pages 161-173

11. Investigation of Transient Creep in Thick-walled Tubes under Axially Symmetric Loading

    • J. F. Besseling

    Pages 174-194

12. A Comparison of Flow Criteria Applied to Elevated Temperature Creep of Rotating Disks with Consideration of the Transient Condition

    • A. M. Wahl

    Pages 195-214

13. Bending of a Plate with Nonlinear Strain Hardening Creep

    • T. H. Lin

    Pages 215-228

14. Effect of Creep on Stresses in Cylindrical Shells

    • H. Poritsky

    Pages 229-244

15. On the Creep of a Wrinkle

    • C. R. Calladine

    Pages 245-271

16. On the Mechanics of Column Creep

    • R. L. Carlson, W. W. Breindel

    Pages 272-290

17. Comparison of Ranges of Applicability of Predictions of Creep Buckling Time

    • Brian M. Lempriere

    Pages 291-306

18. Geometrically Non-Linear Creep Buckling of Bars

    • Michał Życzkowski

    Pages 307-325

19. Sur un modèle apte á traduire le fluage sous charge constante des structures

    • R. Mazet

    Pages 326-338

20. Some Simple Models for Torsional Creep Buckling

    • A. H. Chilver

    Pages 339-354

The Colloquium on Creep in Structures was organized as part of the activities of the International Union on Theoretical and Applied Mecha­ nies. It was supported financiaHy by IUTAM, as weH as by the National Science Foundation, Washington, D. C., U. S. A. The Scientific Commit­ tee charged with the work of organization consisted of the foHowing persons: NICHOLAS J. HOFF, Stanford University, Stanford, California, Chair­ man FOLKE K. G. ODQVIST, Royal Institute of Technology, Stockholm, Sweden, Vice-Chairman R. MAZET, Office National d'Etudes et de Recherehes Aeronautiques, Chatillon-sous-Bagneux, France Y. N. RABOTNOV, Academy of Sciences, Novosibirsk, U. S. S. R. SHUJI TAIRA, Kyoto University, Kyoto, Japan. The details of the organization of the sessions were entrusted to the Local Committee consisting of the following persons: MAX ANLIKER W. H. HORToN K. BINFORD B. LEMPRIERE C.C.CHAO L. NICKEL W. G. FLÜGGE In order to insure good discussion and, in general, a broad exchange of ideas among the participants in the meeting, the number of persons invited to attend was kept to a minimum. Participants not living in the Stanford area were housed in Donner House of Stern Hall on the Stanford campus, and were served meals in the dining room of Donner House. The speakers and observers started to arrive on July 9 and the last ones left on July 18.

• Structures
• Vibration
• flow
• foundation
• material
• mechanics
• nickel
• organization
• research
• shells
• stress
• structure
• torsion

• Stanford University, USA

  Nicholas J. Hoff

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