Detecting a Crack - A Problem in N.D.T. Problem 8) Sensors & NDT with MagNet In this example, simulates an eddy current NDT (non-destructive testing) problem: a stainless steel block containing a crack with a probe (consisting of one inducing solenoid and two receptive solenoids) moving across its surface. The objective is to detect the crack by measuring the difference of magnetic fluxes through the two solenoids. Using MagNet's Time Harmonic solver, the induced eddy currents are accurately simulated and compared with measured experimental results.
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The following is based on the Testing Electromagnetic Analysis Methods (T.E.A.M.) problem #8: Coil Above a Crack: A Problem in Non-Destructive Testing. The benchmark can be found on the 's website.
Engineering projects using the MotorSolve, MagNet and OptiNet software as part of the Automotive Partnership Canada (APC) project between McGill University. Bomberman Multiplayer Browser. In this example, MagNet simulates an eddy current NDT problem: detecing the crack in a stainless steel block with a solenoid probe moving across its surface.