Testing Criterion Models of Destruction of Materials with Different Rheological Properties under Edge Cutting Machining

Abstract

In this article we perform comparative analysis of the criteria of fracture during blade machining simulation, characterized by high intensity of the strain rate (about 10-6 s-1). For each 3D virtual experiment a milling processing model has been developed in DEFORM software package. The character of chip segmentation during the simulation was determined the accepted failure criterion. The adequacy of the model was evaluated by full-scale experiment based on geometry of real chips.

Development of a Touch Probing System for Gaging the Compressor Blades of the GTE

“…Special emphasis is given to the determination of the model of the material of the carbon-plastic plate. Various parameters and criteria were considered [13]. The coordinate system of the model was chosen so that the X axis coincided with the measurement direction of the section of the turbine engine blade, and the Y axis was directed along the probe.…”

The study of the process of chip segmentation in case of edge cutting machining of titanium alloy

“…In order to analyze the geometry of chips and energypower parameters they have used the previous experimental studies [15]. For the experiment they used the workpieces made of VT-6 titanium alloy with the dimensions L×H×D 40х24х6 (mm).…”