This project has received funding from the EU's Horizon 2020 research and innovation programme under the Marie SklodowskaCurie grant agreement No. 704292 (TORWIRE). The data have been included in the paper "Song Guo, Yuming He*, Jian Lei, Zhenkun Li, and Dabiao Liu*. Individual Strain Gradient Effect on Torsional Strength of Electropolished Microscale Copper Wires. Scripta Materialia, 130 (2017), 124-27." These data can be used to validate existing theories for microscale plasticity, e.g. strain gradient plasticity theories, critical thickness theory, etc
Abstract. We study elasto-plastic torsion in a thin wire within the framework of the strain-gradient...
These data are related to our paper "Dabiao Liu*, and D. J. Dunstan. Material Length Scale of Strain...
Supplemental Material for Scale effect investigation of copper microwire's mechanical properties aft...
In this contribution we show that the distortion gradient plasticity recently proposed by our group,...
Nonproportional plastic deformations on the microscale are an emerging topic. A simplified theory of...
The gradient plasticity theory proposed by Aifantis and coworkers has been successfully used to mode...
The paper studies the evolution of microstructure and mechanical properties of copper wire during a ...
The object of research is the mechanical properties of copper wire M1 for electrical applications, s...
The object of research is the mechanical properties of copper wire M1 for electrical applications, s...
Size effects are widely observed in the mechanics of materials at the micron scale. However, the und...
These data are related to our paper "Dabiao Liu*, Xu Zhang, Yuan Li, and D. J. Dunstan. Critical Thi...
A new strain gradient theory which is based on energy nonlocal model is proposed in this paper, and ...
This paper focused on the effect of pure torsion deformation and various torsion pitches on the mech...
The polycrystalline thin wire configuration is important in the industry of micro-electro-mechanical...
The elastic mechanical parameters of initial and pre-twisted copper wires were investigated with the...
Abstract. We study elasto-plastic torsion in a thin wire within the framework of the strain-gradient...
These data are related to our paper "Dabiao Liu*, and D. J. Dunstan. Material Length Scale of Strain...
Supplemental Material for Scale effect investigation of copper microwire's mechanical properties aft...
In this contribution we show that the distortion gradient plasticity recently proposed by our group,...
Nonproportional plastic deformations on the microscale are an emerging topic. A simplified theory of...
The gradient plasticity theory proposed by Aifantis and coworkers has been successfully used to mode...
The paper studies the evolution of microstructure and mechanical properties of copper wire during a ...
The object of research is the mechanical properties of copper wire M1 for electrical applications, s...
The object of research is the mechanical properties of copper wire M1 for electrical applications, s...
Size effects are widely observed in the mechanics of materials at the micron scale. However, the und...
These data are related to our paper "Dabiao Liu*, Xu Zhang, Yuan Li, and D. J. Dunstan. Critical Thi...
A new strain gradient theory which is based on energy nonlocal model is proposed in this paper, and ...
This paper focused on the effect of pure torsion deformation and various torsion pitches on the mech...
The polycrystalline thin wire configuration is important in the industry of micro-electro-mechanical...
The elastic mechanical parameters of initial and pre-twisted copper wires were investigated with the...
Abstract. We study elasto-plastic torsion in a thin wire within the framework of the strain-gradient...
These data are related to our paper "Dabiao Liu*, and D. J. Dunstan. Material Length Scale of Strain...
Supplemental Material for Scale effect investigation of copper microwire's mechanical properties aft...