Published 4 issues per year
ISSN Print: 2152-2057
ISSN Online: 2152-2073
IF:
0.2
5-Year IF:
0.3
Eigenfactor:
0.00004
JCI:
0.08
SJR:
0.153
SNIP:
0.178
CiteScore™::
1
H-Index:
12
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ENERGY-POWER CONDITIONS IN DEFORMATION OF COMPOSITE SUPERCONDUCTING PRODUCTS
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ABSTRACT
Energy-power parameters of plastic deformation of nanostructured metal-matrix composite superconducting products for the international thermonuclear experimental reactor (ITER) are considered. The method presented allows one to determine the force in production of bi- and tri-metal superconductors. The knowledge of the drawing power makes it possible to determine stresses in the components of the composition billet, estimate their strength, and determine ultimate strains from the strength conditions.
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Christensen, R. , Introduction into the Composite Mechanics.
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Kolmogorov, G. L., Chernova T. V., and Snigireva, M. V. , Critical deformation in the production of composite superconducting products.
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Perlin I. L. and Ermanok, M. Z. , The Theory of Drawing.
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Shikov, A. K., Nikulin, A. D., and Silaev, A. G. , Development of superconductors for ITER magnet systems in Russia.
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Superconductivity: the experience of organization of the high-tech production capacities at the OJSC Chepetsk Metallurgical Plant.