A novel quenching and partitioning process (Q&P) including the hot stamping (HS) process
was studied, using two stamping temperatures (750° C and 800° C) and two quenching …

Additive manufacturing (AM) of high strength metallic materials produces microstructures
and defects that deviate substantially from those created through conventional …

This work reports the loading rate effect on nanohardness of sapphire. The intrinsic
nanoscale contact deformation resistance of sapphire increased with the loading rates …

Strain and geometric necessary dislocations (GNDs) have been mapped with nm-resolution
around grain boundaries affected by stress corrosion cracking (SCC) or intergranular …

The extrinsic indentation size effect (ISE) is utilized to analyze the depth-dependent
hardness for Berkovich indentation of non-uniform dislocation distributions with one and two …

High-resolution electron backscatter diffraction (HR-EBSD) is used to map the geometrically
necessary dislocation (GND) density in the cross-sections of annealed, rolled, and …

The indentation size effect (ISE) in metals is described as the rise in hardness with
decreasing depth of indentation and contradicts conventional plasticity behavior. The goal of …

RUB-Repository - Dislocation transmission through copper grain boundaries at the micron scale
Deutsch OPUS UB Bochum RUB » Bibliotheksportal Home Search Browse Publish FAQ OPUS …

The material properties of tungsten are described in a long list of extremes. It has an
extraordinarily high strength, density, stiffness, thermal conductivity, and melting-point. This …

In materials science a deeper understanding of the collective properties of the linear lattice
defects–the dislocations–is essential for the development of new materials. The mechanical …