Advances in Cryogenic Engineering Materials

1. Front Matter

   Pages i-xiv

   PDF

2. General Reviews

   1. Materials Resource Considerations for Cryogenic Engineering

      • E. N. Cameron

      Pages 1-9

   2. Nb-Ti Alloy Superconductors—Present Status and Potential for Improvement

      • D. C. Larbalestier

      Pages 10-36

   3. The Magnetic Character of Austenitic Stainless Steels

      • E. W. Collings

      Pages 37-47

   4. Alteration of the Superconducting Properties of A15 Compounds and Elementary Composite Superconductors by Nonhydrostatic Elastic Strain

      • D. O. Welch

      Pages 48-65

   5. A Review of Antifriction Materials and Design for Cryogenic Environments

      • R. L. Tobler

      Pages 66-77

   6. Cryogenic Processing

      • N. R. Braton

      Pages 78-82

   7. Forum on International Standards for Cryogenic Polymers and Composites

      • D. Evans

      Pages 83-85

3. Metals and Alloys

   1. Jumplike Deformation of Copper and Aluminum During Low-Temperature Creep

      • V. A. Koval, V. P. Soldatov

      Pages 86-90

   2. Heating Effects During Tensile Tests of Aisi 304L Stainless Steel At 4 K

      • D. T. Read, R. P. Reed

      Pages 91-101

   3. Relationship Between Work-Hardening Rate and Dislocation Structure in Titanium Alloys at 4.2 to 373 K

      • V. A. Moskalenko, V. N. Kovaleva, A. R. Smirnov, V. I. Startsev

      Pages 102-106

   4. Temperature Dependence of Yielding in Austenitic Stainless Steels

      • R. L. Tobler, R. P. Reed, D. S. Burkhalter

      Pages 107-119

   5. The Low-Temperature Change of the Magnetic Structure and Plastic Properties of Fe-Cr-Ni Alloys

      • B. I. Verkin, V. Ya. Ilichev, I. N. Klimenko

      Pages 120-125

   6. The Fe-10Ni-1Mo-0.20C Steel as a Potential Alloy for Cryogenic Applications

      • J. Savas

      Pages 126-136

   7. Cryogenic Fracture Toughness and Fatigue Crack-Growth Rate Properties of Inconel 706 Base Material and GAS Tungsten-ARC Weldments

      • W. A. Logsdon, J. M. Wells, R. Kossowsky

      Pages 137-150

   8. The Choice of Steel for the Isabelle Magnet Tubes

      • D. Dew-Hughes, K. S. Lee

      Pages 151-157

   9. A Nitrogen-Strengthened Austenitic Stainless Steel for Cryogenic Magnet Structures

      • F. N. Mazandarany, D. M. Parker, R. F. Koenig, D. T. Read

      Pages 158-170

   10. Cryogenic Treatment of AISI-T8 and C1045 Steels

       • R. F. Barron, C. R. Mulhern

       Pages 171-179

   11. A Pneumatic Materials Test System for Low-Temperature Applications

       • T. G. Richard, F. J. Jelinek

       Pages 180-186

4. Welding

   1. A Review of the Development of Ferritic Consumables for the Welding of 9%-Nickel Steel: Research in the United States and Japan

      • K. W. Mahin, J. W. Morris, I. Watanabe

      Pages 187-199

The Third International Cryogenic Materials Conference (ICMC) was held in Madison, Wisconsin, in conjunction with the Cryogenic Engineering Conference (CEC) in August 1979. The University of Wisconsin hosted the two conferences in an excellent manner and deserves special recognition and praise. The synergism produced by conducting the two conferences simultaneously continues to be strong. Materials remain a demanding challenge and, in some cases, an obstacle to effective application of cryogenic technology. The association of materials specialists and cryogenic engineers every other year centers their attention on the most needed areas of research. The present ICMC Board met during the conference and elected two new members, E. W. Collings (U. S.) and D. Evans (England). The board voted to conduct two smaller, special-topic conferences in 1980. These are Filamentary A15 Superconductors, which was held at Brookhaven National Laboratories, Upton, New York in May 1980, and Fundamentals of Nonmetallics and Composites at Low Temperatures, held in Geneva, Switzerland in August 1980. The 1981 CEC/ICMC will be held August 10 through 14 in San Diego, California.

• cement
• cognition
• composite material
• cryogenics
• energy
• engine
• glass
• growth
• material
• materials
• mechanical properties
• radiation
• superconductivity
• technology
• temperature

• National Bureau of Standards, Boulder, USA

  A. F. Clark, R. P. Reed

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