Publication: Finite element modeling for prediction of stress - strain at several feed rates and cutting speeds for titanium (Ti-6Al-4V) alloy
Date
2012
Authors
Ali M.H.
Khidhir B.A.
Mohamed B.
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
Titanium (Ti-6Al-4V) alloy is a desirable material for the aircraft industry because of their excellent properties behaves of high specific strength, fracture resistant characteristics, lightweight and general corrosion resistance. This paper presents a study on a two-dimensional orthogonal cutting process by using a face-milling operation through ABAQUS/EXPLICIT finite- element software. Several tests were performed at various feed rates and cutting speeds while the depth of cut remains constant. The results led to the conclusion that the stress components at integration points (Von - Mises) and the equivalent strain (PEEQ) were increased with increasing the feed rate and cutting speed during the machining process. � (2012) Trans Tech Publications, Switzerland.
Description
Keywords
Cutting parameters , Finite element modeling , Stress and strain , Titanium alloy , Cerium alloys , Civil engineering , Corrosion resistance , Cutting , Cutting tools , Milling (machining) , Strength of materials , Titanium , Titanium alloys , Aircraft industries , Cutting parameters , Cutting speed , Depth of cut , Equivalent strains , Face-milling operations , Feed-rates , Finite element modeling , High specific strength , Integration points , Machining Process , Orthogonal cutting , Stress and strain , Stress component , Ti-6al-4v , Finite element method