Comparison of Selected Methods of Stress Measurements in Ferromagnetic Materials
A. BIEŃKOWSKI, Magneto-elastic testing of Villarie's effect in ferries, VI National Symposium of Magnetic Measurements, Kielce 2000.
Z. KACZKOWSKI, Piezoceramic materials and their application, Multi-author work, PWN, Warszawa 1978.
G. HINZ, H. VOIGT, Sensors. A comprehensive survey – Magnetoelastic sensors, Edited by VCH Verlagsgesellschaft GmbH FRG, 131, 99–102, 1990.
K. MIYASHITA, Non-contact magnetic torque sensor, IEEE Transactions on Magnetics, 26, 1990, 1560–1562, 1990.
Z.H. ŻUREK, Transducers of forces and stresses measurements by the use of Villarie's effect, Silesian University of Technology, Science Serials, Sci. Reports (Transport), No. 43, 153–168, 2002,
Z.H. ŻUREK, Utilization of magneto-mechanical effects for detecting material stress and defects in technical diagnostics, Advances in manufacturing science and technology, Polish Academy Of Sciences, Committee of Mechanical Engineering, 26/3, 2002.
Z.H. ŻUREK, Magnetic evaluation method of stresses distribution in interferential conection, Advances in manufacturing science and technology, Polish Academy of Sciences, Committee of Mechanical Engineering, 27/1, 2003.
Z.H. ŻUREK, Measurements of magnetic in technical and material diagnosis of machine elements, XXVI IC-SPETO International Conference of Fundamentals of Electrotechnics and Circuit Theory, Wisła 2001.
H. ŻUREK, Magnetic probe of magnetic defectoscope P 344 055, Silesian University of Technology, Gliwice 2001.
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