The heat flux generated in grinding is utilized to induce martensitic phasetransformation in the surface layers of components, such as that achieved by other surface strengthening processes.
The results showed that there was obvious transformationofphase structure in the process of arising temperature, and the specific heat of quasicrystals was higher.
结果表明，准晶材料在升温和降温过程中有明显的相结构转变； 准晶材料的比热容较高。
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The temperature field with phasetransformation and non-linear surface heat-transfer coefficient of steel 1045 during quenching is calculated with ANSYS program.