TITLE:
Application of FVM Analysis for Elastic Characteristics on Cutting Process of a Composited Coating Iron
AUTHORS:
Jaegwi Go, Je-Hyun Lee
KEYWORDS:
Composite Material, Cutting Angle, Finite Volume Method, Thermoelastic Characteristics, Vertical Force
JOURNAL NAME:
Applied Mathematics,
Vol.5 No.18,
October
30,
2014
ABSTRACT: A composite material as a work piece is taken into account to investigate the elastic characteristics displaying during the cutting process. The magnitude of the elastic behaviors such as displacements and stresses reacts sensitively to the cutting angle and the vertical force increase, and the magnitude increases along the increments of the cutting angle and the vertical force increase. The buffering mechanism at the bond coat is described well by the fluctuation phenomenon for the horizontal displacement distribution profiles at the substrate. The variation of cutting angle under high vertical force yields profound influence on the behaviors of the longitudinal stress and the shear stress.