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On controlling stresses in a complexly loaded steel construction by magnetoelastic demagnetization

机译:利用磁弹退磁控制复杂荷载钢结构中的应力

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摘要

Dependences of magnetic leakage field strength during magnetoelastic demagnetization of local magnetization in a steel disk (St3 steel) on the value of its biaxial deformation in the elastic domain have been studied. Deformation-induced mechanical stresses that act in radial and tangential directions have been calculated. Dependences of changes in the normal component of the magnetic leakage field of steel on the effective stress value are given. It is shown that mechanical stresses in a complexly loaded construction can be tested by the value of its magnetoelastic demagnetization.
机译:研究了在钢盘(St3钢)中的磁弹性退磁过程中磁漏磁场的磁漏场强度与其在弹性域中的双轴变形值的相关性。已经计算出了沿径向和切向作用的变形引起的机械应力。给出了钢漏磁场法向分量的变化与有效应力值的关系。结果表明,可以通过其磁弹性退磁值来测试复杂负载结构中的机械应力。

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