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Investigation of the Influence of Inertia Forces on the Adhesion of the Coating to the Outer Surface of Bodies of Revolution during Thermal Spraying

机译:惯性力对热喷涂过程中旋转涂层粘附性的影响

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The article presents the results of a study of the influence of inertial forces on the adhesion of the coating to the external surface of a body of revolution during thermal spraying. A mathematical apparatus is proposed for calculating the inertia forces, acting on a particle of coating, applied to the outer surface of the bodies of revolution. As a result, dependencies have been revealed that allow predicting the adhesion strength of the coating with the steel base during thermal spraying.
机译:本文介绍了在热喷涂期间涂覆惯性力对涂层对旋转体外表面的粘附性的影响的研究的结果。 提出了一种用于计算作用于涂层颗粒的惯性力的数学设备,施加到旋转体的外表面上。 结果,已经揭示了依赖性,其允许在热喷涂期间预测钢基涂层的粘合强度。

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