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首页> 外文期刊>Advances in Mechanical Engineering >Evaluation on the hot workability of as-extruded TA2 pure titanium using processing map:
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Evaluation on the hot workability of as-extruded TA2 pure titanium using processing map:

机译:使用加工图评估挤出的TA2纯钛的热加工性:

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The processing map on the basis of dynamic material model has been recognized to be an effective method to evaluate the hot workability of metal alloys. To evaluate the mechanical behavior of TA2 pure titanium, a sets of hot compression tests were conducted on the TMTS machine in the temperature range of 800°C–1000°C and the strain rate range of 0.01–10?s?1. Then, the processing map is constructed from the strain–stress data with the strain of 0.25, 0.4, 0.55, and 0.7. The fact that the strain will not impact the workability obviously for the little change of the stable regions of the processing maps in different strains was discussed. Finally, an overall consideration was given in the processing maps and the optimized workability of TA2 should be within the strain rate range of 0.5–1?s?1 and temperature range of 900°C–925°C.
机译:基于动态材料模型的加工图已被认为是评估金属合金热加工性能的有效方法。为了评估TA2纯钛的机械性能,在TMTS机器上在800°C–1000°C的温度范围和0.01–10?s?1的应变速率范围内进行了一系列热压缩测试。然后,根据应变-应力数据构建加工图,应变数据为0.25、0.4、0.55和0.7。讨论了在不同应变下,加工图的稳定区域几乎没有变化的情况,应变不会明显影响可加工性这一事实。最后,在加工图中给出了一个整体考虑因素,TA2的最佳可加工性应在0.5-1?s?1的应变速率范围内以及900°C-925°C的温度范围内。

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