A mechanistic model was developed for modeling the depth-dependent hardness in ion irradiated metallic materials. The model is capable of capturing the indentation size effect, ion irradiation induced damage gradient effect, and effect of unirradiated region acting as a soft substrate. A procedure was developed and described in detail to parametrize the model based on experimentally obtained hardness vs. indentation depth curves. Very good agreement was observed between our model predictions and experimental data of several different stainless steels subjected to various ion irradiation conditions. In addition, two hardening mechanisms are revealed in the new model. One is the well-known indentation size effect arising from the creation of ...
The ion irradiation hardening behaviors of Fee9 wt% Cr and Fee20 wt% Cr model alloys were investigat...
The purpose of this thesis is to improve predictions of irradiation hardening in metals with a focus...
As one of promising candidate materials for fuel claddings and structural components in the Gen-IV f...
In this work, the authors apply the “top-down” nanoindentation testing method to assess the mechanic...
In this work, a new hardening model is proposed for the depth-dependent hardness of ion-irradiated p...
Specimens of the SA508-IV reactor pressure vessel (RPV) steel, containing 3.26 wt. % Ni and just 0.0...
Nanoindentation is a commonly used method to measure the hardness of surfaces with thin layers, and ...
Specimens of stainless steel reactor internals were irradiated with 240 keV protons and 6 MeV Xe ion...
AbstractSpecimens of stainless steel reactor internals were irradiated with 240 keV protons and 6 Me...
The effects of ion irradiation in materials for research are usually limited to a shallow surface la...
Nanoindentation in combination with ion irradiation offers the possibility to quantify irradiation h...
The phenomenon of irradiation softening has recently been noticed for nickel-based single crystal su...
In this study, the authors have investigated the combined effect of a double layer of implantation o...
Ion irradiations are indispensable for exploring radiation effects on materials, for example, radiat...
V-4Ti and V samples were irradiated by H/He ions with various energies to produce a damage plateau i...
The ion irradiation hardening behaviors of Fee9 wt% Cr and Fee20 wt% Cr model alloys were investigat...
The purpose of this thesis is to improve predictions of irradiation hardening in metals with a focus...
As one of promising candidate materials for fuel claddings and structural components in the Gen-IV f...
In this work, the authors apply the “top-down” nanoindentation testing method to assess the mechanic...
In this work, a new hardening model is proposed for the depth-dependent hardness of ion-irradiated p...
Specimens of the SA508-IV reactor pressure vessel (RPV) steel, containing 3.26 wt. % Ni and just 0.0...
Nanoindentation is a commonly used method to measure the hardness of surfaces with thin layers, and ...
Specimens of stainless steel reactor internals were irradiated with 240 keV protons and 6 MeV Xe ion...
AbstractSpecimens of stainless steel reactor internals were irradiated with 240 keV protons and 6 Me...
The effects of ion irradiation in materials for research are usually limited to a shallow surface la...
Nanoindentation in combination with ion irradiation offers the possibility to quantify irradiation h...
The phenomenon of irradiation softening has recently been noticed for nickel-based single crystal su...
In this study, the authors have investigated the combined effect of a double layer of implantation o...
Ion irradiations are indispensable for exploring radiation effects on materials, for example, radiat...
V-4Ti and V samples were irradiated by H/He ions with various energies to produce a damage plateau i...
The ion irradiation hardening behaviors of Fee9 wt% Cr and Fee20 wt% Cr model alloys were investigat...
The purpose of this thesis is to improve predictions of irradiation hardening in metals with a focus...
As one of promising candidate materials for fuel claddings and structural components in the Gen-IV f...