...万道次的变形，可将普通碳锰钢的铁素体晶粒尺寸细化到1 u m左右，他们认为是形变诱导相变（Deformation Induced Transformation）以 及铁索体动态再结晶的共同作用导致了晶粒细化。
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应力诱导相变增韧 stress-induced phase transformation toughening
形变诱导相变 Deformation Induced Ferrite Transformation ; deformation induced transformation
应变诱导相变 strain induced transformation ; Strain Induced Deformation
压力诱导相变 pressure induced phase transition ; Pressure Induced Transition
溶剂诱导相变萃取 SIPTE ; solvent induced phase transition extraction
电场诱导相变 electric field-induced phase transition
应力诱导相变 stress-induced phase transformation
诱导相变萃取 solvent induced phase transition extraction
相变诱导塑性 TRIP ; Transformation Induced Plasticity
应力诱导相变是主要的增韧机理。
Stress_induced transformation toughening was the main toughening mechanism.
结果表明，在多道次变形过程中，部分奥氏体通过形变诱导相变转变为铁素体；
The results show that some ferrite can form through deformation-induced ferrite transformation during multi-pass deformation.
还描述了UFC装置的应用实例及在开发超级钢、多相高强钢、相变诱导塑性钢等高附加值钢铁材料方面的应用潜力。
Some application examples of UFC and the potential for the production of high strength steel grades like multiphase HSS, TRIP and so on were introduced.
应用推荐