The titanium alloys are widely used in aeronautical engineering and medical device materials due to exceptional mechanical properties such as tensile resistance toughness of fractures. High thermo-mechanical loads occur metal cutting Titanium alloy Ti6Al4V, which can decrease life tool increase cost part production. In this paper, the coolant effects on temperature, surface roughness wear inves...

Ti6Al4V alloy is a well-known difficult-to-cut material used in different industrial applications, to achieve the expected component quality, proper definition and control of machining process parameters must be accomplished. To address this problem, simulations with finite element method (FEM) seem an interesting engineering tool model optimize processes. Nevertheless, capability capturing beh...

A numerical investigation is conducted on a rotating engine blade subjected to bird strike impact. The numerically modelled as cylindrical gelatine with hemispherical ends simulate impact blade. Numerical modelling of has shown that strikes can severely damage an blade, especially the rotates, rotation causes initial stresses root This paper presents blades porosity implemented investigate furt...

The residual stress and surface roughness enhancement of ground surfaces can decrease the lifetime workpiece by reducing its fatigue life. It is critical to accurately predict minimize toughness in order enhance efficiency part production using grinding operations. A virtual machining system developed research work integrity during operations Inconel 718. cutting temperature calculated alloy Jo...

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This article presents the study of shock wave propagation through aluminum alloys (pure and 2024-T3) produced by laser plasma using experimental numerical tests. Water confinement regime interaction, pulse duration (7.2 ns), power density (1–5 [Formula: see text]) range correspond to peening process configuration parameters. To that scope, we simulate non-linear explicit code LS-DYNA, which val...

The present study was to reduce the adhesion and wear that happened on rake face during machining of Ti6Al4V alloys by employing volcano-like textured coated tools. A combination experimental simulative investigation adopted. DEFORM-3D software with updated Lagrangian formulation used for numerical simulation, thermo-mechanical analysis performed using Johnson–Cook material model predict cuttin...