On the optimum applied field for magnetic particle inspection using direct current
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Abstract
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Research context
OpenAlex topics: Non-Destructive Testing Techniques · Surface Roughness and Optical Measurements · Characterization and Applications of Magnetic Nanoparticles
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References (10)
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3. L.J. Swartzendruber, Magnetic leakage and force fields for artificial defects in magnetic particle test rings, Proc. 12th Symp. NDE, NTIAC, San Antonio, Texas (1979), pp. 150?162.
4. W. Lord, J.M. Bridges, W. Yen, and R. Palanisamy, Residual and active leakage fields around defects in ferromagnetic materials,Mat. Eval. 36:47?52 (1978).
5. J.H. Hwang and W. Lord, Finite element modeling of magnetic field/defect interactions,ASTM J. Testing Eval. 3:21?25 (January 1975).10.1520/JTE10129J ↗
6. W. Lord and J.H. Hwang, Defect characterization from magnetic leakage fields,Br. J. NDT 19(1):14?18 (January 1977).
7. P.H. Francis and T.K. Moseley, A model for diagnosis of surface cracks by magnetic flux leakage,Br. J. NDT 21(2):162?168 (March 1979).
8. W.L. Ko and P.H. Francis, Magnetic leakage due to a surface crack,Br. J. NDT 17(5):141?144 (1975).
9. F. Foerster, Theoretische und Experimentelle Ergebnisse des Magnetischen Streuflussverfahrens,Materielpruefung 23(11):372?378 (November 1981).
10. R.E. Robichaud, Magnetic flux leakage of small defects in line pipe, TR72-50 (prepared for the Pipeline Research Committee of the American Gas Association), Automation Industries, Boulder, Colo. (1972).10.55274/R0011333 ↗