首页> 外文期刊>Journal of Mining and Metallurgy, Section B: Metallurgy >Effect of severe plastic deformation on mechanical and fatigue behaviour of medium-c sheet steel
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Effect of severe plastic deformation on mechanical and fatigue behaviour of medium-c sheet steel

机译:严重塑性变形对中C板钢机械和疲劳行为的影响

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The DRECE method belongs to the severe plastic deformation (SPD) processes used for the refinement of sheet metalelements. A forming device used in this method is currently being installed in the workplace in the Centre of AdvancedInnovation Technologies, VSB Technical University of Ostrava. In the present work the structural characteristics andfracture morphology of Ck55 carbon steel after the application of the DRECE method with a forming tool angle of 118° arepresented. The microstructure results are linked to selected mechanical properties. The tensile, hardness, and fatigue testsare performed. The methodology of non-destructive residual stresses measurement in the carbon steel after the extrusionand application of tensile tests on small samples are important for their use in technical practice. The paper presents theoriginal results of selected properties after the application of the DRECE method on Ck55 steel, which will be used in thefuture to assess the application of the DRECE method and to determine other directions of the processing of ferrous alloysand steels.
机译:DRECE方法属于用于改进薄片金属元的严重塑性变形(SPD)工艺。目前在Advancedinovation Technologies VSB技术大学VSB技术大学的工作场所中安装了这种方法中使用的成形装置。在当前工作中,在施加刀具角度为118°的形成工具角度,CK55碳钢的结构特征和断裂形态。微观结构结果与选定的机械性能相关联。拉伸,硬度和疲劳测试进行。碳钢在挤出物中的碳钢中的非破坏性残余应力测量的方法论对于它们在技术实践中的使用非常重要。本文介绍了在CK55钢上施加DRECE方法后所选性质的理论性能,这将用于在未属中评估DRECE方法的应用,并确定铁合金合金和钢材加工的其他方向。

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