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首页> 外文期刊>Journal of Materials Processing Technology >A slab method study of strain hardening and friction effects in cold foil rolling process
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A slab method study of strain hardening and friction effects in cold foil rolling process

机译:铝箔冷轧过程中应变硬化和摩擦效应的板坯方法研究

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摘要

In the present work, strain hardening and friction models are incorporated in the foil-rolling model developed by earlier researchers. The strain hardening effect is incorporated by means of power law and a more realistic friction model, viz. Wanheim and Bay's model is used. A parametric study has been carried out to show the effect of Wanheim and Bay's friction model and strain hardening on the roll force and roll torque. It is observed that friction model has great influence on qualitative and quantitative predictions of foil-rolling process. Strain hardening also influences the results and needs to be incorporating in a foil-rolling model. Taking average value of flow stress to account for this effect does not work in the case of severe strain-hardening.
机译:在目前的工作中,应变硬化和摩擦模型被纳入了早期研究人员开发的铝箔轧制模型中。应变硬化效应通过幂定律和更现实的摩擦模型即即结合。使用Wanheim和Bay的模型。进行了一项参数研究,以显示Wanheim和Bay的摩擦模型和应变硬化对轧制力和轧制扭矩的影响。可以看出,摩擦模型对铝箔轧制过程的定性和定量预测影响很大。应变硬化也会影响结果,需要将其纳入箔轧制模型中。在严重的应变硬化情况下,将流动应力的平均值考虑在内是无法解决的。

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