Mechanical Investigation and Comparison of Coated Curved Tiller Shovels (Va, Mo, B, Ti) By Hardfacing IJTSRD


The shovels used in cultivators are largely manufactured by the small scale industries. Due to improper material and surface hardening treatments, the quality of shovels does not conform to the Bureau of Indian Standards resulting in high wear rates and reduced life. It leads to Farmer’s complaint about the high wear rate of tiller shovels and agricultural equipments in dry land areas. This high wear rate increases the cost of part replacement, downtime and labour. The objective of this study was to improve the wear resistance of tiller shovel with four different hardfacing electrodes (Va, Co, B & Ti). Shield Metal Arc welding was used for depositing the layers of hardfacing alloy on tiller shovels. Rubber wheel abrasive test apparatus was used for Comparative wear tests on a regular tiller shovel and four hardfaced tiller shovels, where the effect of hardfacing alloys on the extent of wear and the wear characteristics of shovels were examined. In this study wear rate and hardness of regular tiller shovel and hardfaced tiller shovels, where studied. Regular tiller shovels gives the maximum wear and reduced 3 to 5 times with the help of hardfacing alloys.

By Er. Satish Kumar | Er. Kamaljeet Bhambri | Er. Ajay Rana”Mechanical Investigation and Comparison of Coated Curved Tiller Shovels (Va, Mo, B, Ti) By Hardfacing”

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-4 , June 2018,

URL: http://www.ijtsrd.com/papers/ijtsrd14131.pdf

http://www.ijtsrd.com/engineering/mechanical-engineering/14131/mechanical-investigation-and-comparison-of-coated-curved-tiller-shovels-va-mo-b-ti-by-hardfacing/er-satish–kumar

call for paper Structural Engineering, call for paper Communication Engineering, ugc approved journals for engineering




Mechanical Investigation and Comparison of Coated Curved Tiller Shovels (Va, Mo, B, Ti) By Hardfacing IJTSRD IEEE PAPER





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