DESIGN AND EXPERIMENTATION OF SHOVEL LOADER TOOTH BY USING ANALYTICAL METHOD

DESIGN AND EXPERIMENTATION OF SHOVEL LOADER TOOTH BY USING ANALYTICAL METHOD
Author(s):
S. V. Mate, Shubham G. Titarmare, Sanket S. Zade, Saurabh P. Sawarkar, Ankit V. Kathale, Chetan A. Bedurkar, Ishwar T. Harbade, Sachin P. Ambagade
Keywords:
Excavator tooth, Tool, Impact test, Abrasive wear, digging force.
Abstract
The excavator, loader etc. are commonly used for material handling at mining and construction industries. The shovel loader tooth of the excavator have to bear heavy dynamic loads of materials like soil, rock etc. The loader tooth are subjected to abrasive nature of soil particles so, the tooth got damaged due to abrasive wear and impact load. The objective of work to improve the service life of the excavator bucket teeth is order to decrease ideal time required to reinstate the teeth periodically during excavation. Generally alloy steel is used to make an excavator bucket tooth and hard facing some wear resistant material can be applied on the material of bucket teeth. This paper deals with review of excavator bucket tooth analysis to find out its actual failure.
Article Details
Unique Paper ID: 145323 Publication Volume & Issue: Volume 4, Issue 9 Page(s): 80 - 83
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