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Research on the Deformation of Turbine Blades at Machining 被引量:2
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作者 Masu Yamada keiji sonoya +1 位作者 Takahito Sobayashi Hiroshi Satoh 《Energy and Power Engineering》 2016年第1期1-12,共12页
Along with the recent expansion of demand for electricity, the production of steam turbine blades has increased, and various materials forged of 12Cr ferritic heat-resistant types of steel have become widely used for ... Along with the recent expansion of demand for electricity, the production of steam turbine blades has increased, and various materials forged of 12Cr ferritic heat-resistant types of steel have become widely used for this purpose. Although this material seems to be an excellent choice as heat-resistant steel, it requires a post-correction process for deformation after machining and thus lowers productivity. Therefore, we started basic experimental research, and through a series of tests, we found that 12Cr steel is a sticky material;the residual stresses after machining concentrate in the vicinity of the surface;and this influences the deformation of blades. 展开更多
关键词 Turbine Blade MACHINING DEFORMATION 12Cr Steel
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