ISSN (online) : 2395 - 7549

 
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10



2

Design and Analysis of Cotton Seed Separation Machine by using Reliability Index Approach


Author(s):

Bhushan Kudegave , abha gaikwad patil college of engg and tech; Prafulla Deshpande, suryodaya college of engg and tech

Keywords:

Cotton Seed Separation Machine, Creo Parametric 2.0, ANSYS 14.0, Design, Analysis, Chain Drive, Shaft, Pulley, V Belt, Motor

Abstract:

During the last some years in the world most particularly in the India as the cotton sector is progressing with high efficiently, significant technological advancement have taken place for the improvement in the process of ginning to increase the production of cotton fibre and to preserve the intrinsic quality of cotton fibre obtaining the maximum staple length of fibre without damaging of seed, producing lint free of trash and contaminants at the lowest cost per unit ginned. The function of the gin is to separate lint from gin to create two marketable products, fibre and seed. In order to improve the performance of ginning machines, it is necessary in improvement of the different parameters related to this machine to get the better result. The main objective of this paper is that processes/products are made for designing and analysis point of view so that the fatigue behaviour will be increases against all variations. As well as reliability testing is conducted for the better result for performance of the machine .The primary goal is to keep the variance in the output very low even in the presence of noise inputs. To find most effective parameter of the cotton seed separation machine and improve the performance of the cotton seed separation machine. These improvements are aimed at improving the desired characteristics and simultaneously reducing the number of defects by studying the key variables controlling the process and optimizing the procedures or design to yield the best results.

Other Details:

Manuscript Id :J4RV2I7008
Published in :Volume : 2, Issue : 7
Publication Date: 01/10/2016
Page(s): 35-39
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