VENECIA: New Code for Simulation of Thermohydraulics in Complex Superconducting Systems

I V Gornikel; Горникель Илья Владимирович; V V Kalinin; Калинин Владимир Васильевич; M V Kaparkova; Капаркова Марина Викторовна; V P Kukhtin; Кухтин Владимир Петрович; D N Shatil; Шатиль Дарья Николаевна; N A Shatil; Шатиль Николай Александрович; S E Sytchevsky; Сычевский Сергей Евгеньевич; V N Vasiliev; Васильев Вячеслав Николаевич

VENECIA: New Code for Simulation of Thermohydraulics in Complex Superconducting Systems

Autores: Gornikel IV¹, Kalinin VV¹, Kaparkova MV², Kukhtin VP², Shatil DN², Shatil NA², Sytchevsky SE², Vasiliev VN²
Afiliações:
1. Alphysica GmbH
2. D.V. Efremov Scientific Research Institute of Electrophysical Apparatus
Edição: Nº 3.2 (2010)
Páginas: 127-131
Seção: Articles
URL: https://journals.rcsi.science/2658-4670/article/view/328839
ID: 328839

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Resumo

An advanced computer code VENECIA is introduced intended for simulation of thermohydraulic transients. The code uses an extended database for a range of compressible coolants and capable of prediction of behaviour of both superconducting and warm magnet systems. Basic features of the VENECIA thermo-diffusion and thermohydraulic modelling are described. A computational model for the ITER toroidal field coil is presented.

Palavras-chave

computer code, superconducting system, thermo-hydraulictransients, coolants, cooling channel, heat load, cable-in-conduit conductor

Sobre autores

I Gornikel

Alphysica GmbH

Email: europe@alphysica.com
Alphysica GmbH