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Investigating the surface tribology of roller-burnished polymer using the fuzzy rule-based approach

机译:使用基于模糊规则的方法研究辊涂聚合物的表面摩擦学

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摘要

Burnishing is specified as the plastic deformation cold working process applied as surface treatment and smoothing following machining to obtain a superior surface roughness finish. The present experimental study was carried out on roller-burnished polyurethane using a roller burnishing tool. An analysis was done to investigate the effect of burnishing depth, speed, feed rate, and roller width on the surface roughness of the polymer workpiece. Roughness (R-a) prediction was achieved with a fuzzy rule-based system. The results indicate 95 accuracy between the fuzzy predicted roughness values and experimental results.
机译:抛光被指定为塑性变形冷加工工艺,用于表面处理和机械加工后的平滑处理,以获得优异的表面粗糙度。本实验研究是使用辊抛光工具在辊抛光的聚氨酯上进行的。进行了分析以研究抛光深度,速度,进给速度和辊宽度对聚合物工件表面粗糙度的影响。粗糙度(R-a)预测是通过基于模糊规则的系统实现的。结果表明,在模糊预测粗糙度值和实验结果之间的准确性为95。

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