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The main feature of the contacts design developed by the specialists of ITER is that the base plate out of stainless steel AISI 316L has got a transitional radius surface R=200 mm. The cladding layer out of copper ASTM B152-C10100, thickness 18 mm, shall fill a radius concave and then shall be welded without discontinuity totally across the entire surface of the base plate. Further machining of the cladding layer allows providing of the required geometry dimensions of the contact connection. Weld quality throughout the entire plane and radius zone should provide the required electrical and mechanical loads at operating temperature of the contact 4◦K. The size of a blank is ((61 to 73) + 18) * 900 * 900 mm. Geometric model of the parts welded is presented in Fig. 3. The model includes welding parts with their geometric dimensions, their mutual location, and the distance between them. Mathematical modeling with ANSYS software was applied for optimization of weld process. The geometric model used as basis of calculation had to help with selection and prove the correctness of the selected charge configuration and size, location and configuration of a detonation source, shape

archives of metallurgy and materials

Calculation and Cladding of Profiled Surface of the Superconducting Coil Pf1 Iter Contacts/ Obliczenia I Platerowanie Powierzchni Profilowych Styków Cewek Nadprzewodnikowych Pf1 Iter