Published 2018
Table of Contents:
“...4.3.1 -- Stationary Field Analysis -- 4.3.2 -- Stationary Field Synthesis -- 4.3.3 -- Ripple of the Tokamak Toroidal Field -- 4.4 -- Analysis of Electromagnetic Transients -- 4.4.1 -- Calculation and Methodological Basics -- 4.4.2 -- Sources of Transient Fields -- 4.4.3 -- Global
Computational Models Based on Conducting Shells -- 4.4.4 -- 3D
Computational Models -- 4.4.5 --
Computation of Potentials: Global and Local Model Integration -- Appendix A.4.1 Example of How to Synthesise a Ferromagnetic Insert -- Appendix A.4.2 Examples of FE Meshing of Conducting Shell Models for ITER Components -- Appendix A.4.3 Examples of 3D FE Meshes for Massive Conducting Structures of ITER -- References --
Chapter 5 -- Superconducting Magnet Systems -- 5.1 -- Introduction -- 5.2 -- Superconducting Magnet Systems of Electrophysical Facilities -- 5.2.1 -- Summary Characteristics of Superconducting Magnets -- 5.2.2 -- ITER Magnets -- 5.3 -- Physical and Mechanical Properties of Superconductors -- 5.3.1 -- Flux Pinning -- 5.3.2 -- Critical Characteristics -- 5.3.3 -- Intrinsic Stabilisation -- 5.4 -- Winding Superconductors -- 5.4.1 -- Normal Phase Effect -- 5.4.2 -- Forced-Flow Cooled Superconducting Cables -- 5.4.3 -- Basic Superconducting Strands -- 5.4.4 -- Superconducting Coil Cable Manufacturing
Processes -- 5.5 -- Modelling of the ITER Magnet System -- 5.5.1 -- International Model Coil
Program -- 5.5.2 -- Toroidal Field Model Coil -- 5.5.3 -- Model Insert Coils -- 5.5.4 -- Main Simulation and
Testing Results -- Appendix A.5.1 Thermal-Hydraulic Simulations of ITER Superconducting Magnets at Normal and Off-Normal Operation -- A.5.1.1 Venecia Basic Models and Modelling Technique -- A.5.1.2 Validation of Vincenta/Venecia Models for Thermal-Hydraulic Analysis of SC Magnets and Their Cryogenic Circuits -- A.5.1.2.1 Central Solenoid Model Coil -- A.5.1.2.2 Simulations Versus Experiments....
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