Abstract
An experiment on the dynamic behavior of a cylinder resulting from a transient electromagnetic force was conducted. This experiment can be considered associated with the dynamic deformation of a first wall or a vecuum vessel of a controlled thermonuclear tokamak type reactor. The dynamic strain of the cylinder was measured under a transient strong magnetic field using a non-inductive strain gage and a shielding room. A finite element method was applied to the analysis of the experiment by solving Maxwell's equations and the equation of motion of the cylinder simultaneously. The numerical results are in good agreement with the experimental results.
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