The inverse finite element method (IFEM), which is used to reconstruct the displacement
field from the discrete surface strain measurements, is of great significance to the …

Inconel 718 is a heat-resistant Ni-based superalloy widely used, particularly, in aircraft and
aero-engineering applications. It has poor machinability due to its unique thermal and …

In this article, a 3D coupled Eulerian-Lagrangian (CEL) finite element method (FEM) model
is presented for simulation of end milling processes based on Abaqus/Explicit. In the …

Despite crucial efforts invested into computational methods, explicit dynamics simulation of
cutting operations may still be unacceptably expensive. Therefore, in many cases a two …

Abstract Oil-on-water (OoW) techniques, including external OoW sprayed to both the rake
face and flank face (EOoW rf), as well as cryogenic air mixed with OoW (CAOoW), improve …

High performance cutting can be accomplished using coated tools with optimal coating
thickness. Therefore, Finite Element (FE) simulation and experimental investigation are …

Material model parameters are the primary source of error in the finite element analysis
(FEM) of cutting processes. Expensive and time consuming material testing is required in …

A predictive thermal analytical model based on the improved Oxley's theory and the image
heat source method for orthogonal cutting was proposed to obtain the exact temperature …

Milling is one of the commonly used processing methods. The spindle of milling cutter is
likely to be inclined when assembly error exists or complex surface is machined with multi …

The longevity of hard alloy indexable cutting inserts used to cut metal parts is significantly
related to their proper geometric design. Such a relationship is outstanding in an intermittent …