Numerical Simulation and Comparison of Carbide and HSS Tool Wear Rate while Drilling with Difficult to Cut Super Alloy Titanium Based on Archard Model
Journal: International Journal of Advanced Engineering Research and Science (Vol.5, No. 10)Publication Date: 2018-10-01
Authors : Rahul D. Shelke Shaikh Ateshamoddin Rafiuddin;
Page : 24-28
Keywords : Finite Element Analysis; Titanium Drilling; Archardˊs Model; Wear Rate; Carbide and HSS Tool.;
- Numerical Simulation and Comparison of Carbide and HSS Tool Wear Rate while Drilling with Difficult to Cut Super Alloy Titanium Based on Archard Model
- A Review on Numerical Simulation and Comparison of Carbide and HSS Tool Wear Rate while Drilling with Difficult To Cut Super Alloy Titanium Based on Archard Model
- EDM Parameters Optimization on Tool Wear Rate using Advanced Optimization of Titanium Alloy
- Finite Element Investigation and Optimization of Tool Wear in Drilling Process of Difficult-to-Cut Nickel-Based Superalloy using Response Surface Methodology
- Evaluation of Tool Wear Characteristics during Machining Ni-Based Super-alloy (Inconel 625) Under Different Lubricating Conditions
Abstract
A Carbide and HSS tool wear rate simulation using Archardˊs wear model is proposed, finite element modelling is done using commercial finite element software ABAQUS/explicit. ABAQUS interface was used to simulate the contact pressure. For measuring wear depth of tool's, drilling operation is performed experimentally then wear depth is measured on profilprojecter. Comparing the wear rate, based on Archad model. Result model shows that at 2000 rpm, 0.15 mm/rev feed rate and 45 mm drilling length Carbide tool is suited but at 3000 rpm, 0.20 mm/rev feed rate, 45 mm drilling length and 4000 rpm, 0.25 mm/rev feed rate, 55 mm drilling length HSS tool is suited because of lower wear rate than Carbide tool.
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Last modified: 2018-11-03 00:23:15