By F. R. Fickett (auth.), R. P. Reed, A. F. Clark (eds.)
The Fourth foreign Cryogenic fabrics convention (ICMC) used to be held in San Diego, California along with the Cryogenic Engineer ing convention (CEC) on August 10-l4, 1981. The synergism produced by means of undertaking the 2 meetings jointly continues to be very powerful. within the ap pl1cation of cryogenic expertise, fabrics remain a hard problem, and occasionally, a drawback. The organization of fabrics and cryogenic engineers raises their information of modern study in each one other's fields and affects the process destiny examine. Many contributed to the good fortune of the 1981 convention. J. W. Morris of the college of California--Berkeley was once ICMC convention Chairman. E. N. C. Dalder of Lawrence Livermore Laboratories was once ICMC Structural software Chairman; D. C. Larbalestier of the collage of Wisconsin- Madison, and D. ok. Finnemore of Iowa kingdom college have been Superconducting fabrics software Chairmen. neighborhood arrangments have been expertly coordinated through R. E. Tatro of basic Dynamics--San Diego. The CEC Board, especia11y their convention chairman, T. M. Flynn, of the nationwide Bureau of Stan dards, Boulder, contributed very substantia1ly to convention making plans and implementation. All in their efforts supplied the root of the biggest CEC/ICMC ever. We thank the place of work of Naval examine and the place of work of Fusion power and easy power Sciences of the dept of power for delivering wanted monetary aid for the convention. Fina11y, we specially thank M. Stieg, who ready the papers for the recent approaches and layout utilized in this volume.
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The Fourth foreign Cryogenic fabrics convention (ICMC) used to be held in San Diego, California together with the Cryogenic Engineer ing convention (CEC) on August 10-l4, 1981. The synergism produced by means of carrying out the 2 meetings jointly is still very robust. within the ap pl1cation of cryogenic expertise, fabrics stay a challenging problem, and infrequently, a disadvantage.
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Nonmetal speeimens must be surrounded by a thermaI shield eontrolled at the desired test temperature. In a reeent series of experiments, eapaeitive sensing of speeimen extension was used. un eylinders, one mounted to ea ch grip, form the two eapaeitor elements (Fig. 7). A eapaeitanee bridge and a loek-in amplifier were used to deteet speeimen extension. This apparatus was needed beeause attaehment of eonventional extensometers to soft viseoelastie foams eould have influeneed the measured material properties.
There are two supplements. "Materials Handbook for Fusion Energy Systems," DoE/TICC-10122 (1980). MECHANICAl PROPERTY MEASUREMENTS AT lOW TEMPERATURES* D. T. Read and R. L. Tohler Fracture and Deformation Division, National Bureau of Standards, Boulder, Colorado INTRODUCTION Aeeurate material mechanieal properties data at low temperatures are essential for design of eeonomieal, effieient, and safe struetures for low temperature operation. Fraeture toughness, tensile properties, and fatigue eraek growth resistanee eharaeterize the mechanieal performance of struetural materials.
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