Abstract
The mathematical model of conductor thermoelasticoplastic strains in a high pulsed magnetic field (B{sub m}=50-65 T) taking into account the peculiarities of multiple stress processes was developed. The numerical analysis of remanent strains and mechanical tensions in a single-turn pulsed solenoid of the setup SLON was carried out. The estimates of the solenoid mechanical resource under different operational conditions were made on the basis of a limited total remanent strain. 5 refs.; 4 figs.
Kovalenko, A D;
[1]
Karpova, I M;
Titkov, V V
[2]
- Joint Inst. for Nuclear Research, Dubna (Russian Federation). Lab. of High Energy
- Leningradskij Gosudarstvennyj Univ., Leningrad (Russian Federation)
Citation Formats
Kovalenko, A D, Karpova, I M, and Titkov, V V.
Numerical analysis of the pulsed solenoid mechanical strain and working resource of the setup SLON; Chislennyj analiz deformatsij i resursa impul`snogo solenoida ustanovki SLON.
JINR: N. p.,
1991.
Web.
Kovalenko, A D, Karpova, I M, & Titkov, V V.
Numerical analysis of the pulsed solenoid mechanical strain and working resource of the setup SLON; Chislennyj analiz deformatsij i resursa impul`snogo solenoida ustanovki SLON.
JINR.
Kovalenko, A D, Karpova, I M, and Titkov, V V.
1991.
"Numerical analysis of the pulsed solenoid mechanical strain and working resource of the setup SLON; Chislennyj analiz deformatsij i resursa impul`snogo solenoida ustanovki SLON."
JINR.
@misc{etde_10127826,
title = {Numerical analysis of the pulsed solenoid mechanical strain and working resource of the setup SLON; Chislennyj analiz deformatsij i resursa impul`snogo solenoida ustanovki SLON}
author = {Kovalenko, A D, Karpova, I M, and Titkov, V V}
abstractNote = {The mathematical model of conductor thermoelasticoplastic strains in a high pulsed magnetic field (B{sub m}=50-65 T) taking into account the peculiarities of multiple stress processes was developed. The numerical analysis of remanent strains and mechanical tensions in a single-turn pulsed solenoid of the setup SLON was carried out. The estimates of the solenoid mechanical resource under different operational conditions were made on the basis of a limited total remanent strain. 5 refs.; 4 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}
title = {Numerical analysis of the pulsed solenoid mechanical strain and working resource of the setup SLON; Chislennyj analiz deformatsij i resursa impul`snogo solenoida ustanovki SLON}
author = {Kovalenko, A D, Karpova, I M, and Titkov, V V}
abstractNote = {The mathematical model of conductor thermoelasticoplastic strains in a high pulsed magnetic field (B{sub m}=50-65 T) taking into account the peculiarities of multiple stress processes was developed. The numerical analysis of remanent strains and mechanical tensions in a single-turn pulsed solenoid of the setup SLON was carried out. The estimates of the solenoid mechanical resource under different operational conditions were made on the basis of a limited total remanent strain. 5 refs.; 4 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}