... electromagnetics materials testing sensors testing methodologies National Natural Science Foundation of China 10.13039/501100001809 52005246 Natural Science Foundation of Jiangsu Province 10.13039/501100004608 BK20241964 BK20241066 With the wide application of structural steels...

... because most ECT and ECA probes operate in a linear electromagnetic regime [ 1 ]. For this synthetic sensor, the process is straightforward as one can simply subtract the complex operation points from the first coil to the complex operation point of the second coil. One might consider, however, exploiting...

...Weibin Li; Yi Hu; Tianze Shi; Mingxi Deng In this paper, a contactless nonlinear acoustic method is developed for the evaluation of stress states in anisotropic metallic plates by a combination of electromagnetic acoustic resonance (EMAR) technique and higher harmonic generation. Electromagnetic...

...] Weile , D. S. , and Michielssen , E. , 1997 , “ Genetic Algorithm Optimization Applied to Electromagnetics: A Review ,” IEEE Trans. Antennas Propag. , 45 ( 3 ), pp. 343 – 353 . 10.1109/8.558650 [33] Jiles , D. , 1988 , “ Review of Magnetic Methods for Nondestructive Evaluation...

... 05 2022 nondestructive evaluation microstructure characterization magnetic material characterization thermoelectric power ultrasonic material characterization data fusion electromagnetics materials testing thermal technique ultrasonics The lifetime of grade 91 steels...

... to the rebar axis, was analyzed over a range of distances into the concrete (liftoff) and rebar radii. At long times, the single exponential decay constant was largely independent of liftoff. A power law relationship for the characteristic decay time, consistent with long-time diffusion of electromagnetic...

... 05 2020 26 06 2020 eddy current electromagnetics nuclear numerical analysis CANDU © (CANada Deuterium Uranium) nuclear reactors operate using 400 horizontal fuel channels, each consisting of a 6 m long and 104 mm diameter pressure tube (PT) that is contained within a larger...

... as “superlens,” can achieve resolution beyond the diffraction limits due to its unique electromagnetic (EM) properties. This contribution focuses on the physical design of a metamaterial lens. The theory underlying the design of a metamaterial lens is presented followed by simulation and experimental results...