Optimization of number of blades per flange of a rotary puddler

IF 0.9
A. Shrivastava, R. K. Datta
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Abstract

The experiment was conducted to evaluate the performance of different set of number of blades per flange of a rotary puddler under the controlled soil bin conditions. It was found that by using six number of blades (B2) per flange of rotary puddler, 84.43 per cent puddling index (PI), 110.90 Newton horizontal force (Fh), 35.60 Newton vertical force (Fv), 9.90 MJ/m x 10.03 specific energy (Es) and 8.49 percent performance index (PEl) were achieved under controlled soil bin. This was better than the four number (Bl)and Eight number (B3) of blades per flange of rotary puddler.
优化旋转式水坑机每个法兰的叶片数量
实验旨在评估在受控土仓条件下旋转式水坑机每个法兰盘上不同刀片数量的性能。结果发现,在受控土仓条件下,旋转式水坑机每个法兰盘使用六组叶片(B2),可实现 84.43% 的水坑指数(PI)、110.90 牛顿水平力(Fh)、35.60 牛顿垂直力(Fv)、9.90 兆焦耳/米 x 10.03 比能(Es)和 8.49% 的性能指数(PEl)。这优于旋转式水坑机每个法兰盘上的四个叶片数(Bl)和八个叶片数(B3)。
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