Author/Authors :
Rincَn، نويسنده , , Esther and Alonso، نويسنده , , Javier and Barrera، نويسنده , , Germلn and Botija، نويسنده , , José and Fernلndez، نويسنده , , Pilar and Medrano، نويسنده , , Mercedes and Pérez، نويسنده , , Germلn and Ramos، نويسنده , , Francisco and Soleto، نويسنده , , Alfonso and Barabaschi، نويسنده , , Pietro and Di Pietro، نويسنده , , Enrico and Meunier، نويسنده , , Lionel and Sakasai، نويسنده , , Akir، نويسنده ,
Abstract :
Design and manufacturing of the JT-60SA cryostat is being performed by CIEMAT, according to the Broader Approach Agreement between Japan and the European Commission. Taking into account both the limitations of transport and the assembly sequence of JT60-SA, the cryostat is divided in two main parts, namely the cryostat base and the cryostat vessel body.
per is focused on the structural analyses carried out by CIEMAT to evaluate the mechanical behavior of the JT-60SA cryostat base final design, since the cryostat vessel body will be designed and manufactured in a subsequent stage.
erall structural integrity of the cryostat base has been verified and confirmed utilizing the ‘limit analysis’ procedure defined in ASME code 2007 Section VIII, Div. 2. The study has been complemented by further finite element analyses that include the detail of the bolted fastenings, aimed to evaluate the mechanical behavior of the bolted joints themselves, as well as the stresses and deformations in the overall cryostat base structure.
Keywords :
JT-60SA , Structural analysis , Cryostat , limit analysis , ANSYS , Cryostat base