iter structural design criteria for in-vessel components (sdc-ic)

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ITER G 74 MA 8 01-05-28 W0.2 neutron fluence Ftm, max, and average flux Fave (=Ftm, max/tmax) is less than 1%, then checking of the creep strain is not needed. If there is a peak in the irradiation-induced creep strain at a temperature
ITER G 74 MA 8 01-05-28 W0.2 Note 2: Tables for fts are provided in A.MAT.4.2 of appendix A. Note 3: For ITER operating conditions, this test is satisfied, i.e., S < 1, for type 316L(N) stainless steel and need not be checked. B 3023 Elastic Analysis This type of analysis is made assuming that: - the behaviour of the material is linear-elastic, - the material is homogeneous and isotropic, - the displacements and strains are small, - the initial or residual stresses are zero. The behaviour of the material is determined by the Young's modulus, E, and Poisson's ration, n, the shear modulus, G, is equal to E/2 (1 + n). The values of Young's modulus as a function of temperature are given in A.MAT.2.2 of appendix A. The value of Poisson's ratio, given in A.MAT.2.3 of appendix A, is generally equal to 0.3 but can vary in certain cases. The effects of irradiation-induced swelling may be neglected (B 3022) if the total estimated maximum irradiation-induced volumetric swelling strain at the end of design life is
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iter structural design criteria for in-vessel components (sdc-ic)

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