Science Arts & Métiers (SAM)

2 aExprimental setup,bShear and compression specimens In order to determine the mechanical behavior of the Ti17 alloy under extreme conditions, both compression and shear tests have

The significant increase of the compressive stress and the changes in the mechanical properties hardness and elastic modulus observed at 50% nitrogen concentration in the plasma may be

The behaviour observed in both samples under different conditions suggests that the wear mechanism during the test is the same, and to increase the wear and friction resistance of

Laser Technol.82170–82 [23]Li Z, Jiang Y, Zhou R, Gao F, Shan Q and Tan J 2014 Thermal fatigue mechanism of WC particles reinforced steel substrate surface composite at different

Lattice Structure Lightweight Triangulation LSLT The proposed LSLT technique consists in six main steps illustrated on the flowchart of Figure 7 and detailed in the next subsections: i

Because the only steel that resists LME is the one that shows stability over α’ phase change due mostly to its higher nickel content, a point confirmed by X Ray fractography, it is

This work deals with the characterization of an alloy that combines high temperature shape memory effect and high entropy effect features, a NiCuTiHfZr alloy.. The evolution of the

7.Dependence of residual stress on temperature for samples of ferritic steel cold rolled to a reduction of 85%: a components of thefirst order macrostressσiiI and the average von Mises