Influence of NiTi alloy fiber surface treatment on shear strength of resin matrix composites;

Mechanic behavior of the viscoelastic and the elastic matrix composites with NiTi fiber;

A method to bring into full play the functions of composites with prestrained NiTi fiber

In order to enhance the tensile strength,impact strength and flexural strength of NiTi fiber/resin composites,surface treatment of NiTi fiber was conducted using nitric acid,silanes coupling agent,triisocyanate coating and the combined treatment of low-temperature plasma and silanes coupling agent,and the surface adhesion strength between the fiber and resin matrix enhanced.

Microstructures and properties of laser spot-welded joint of superelastic NiTi alloy wire;

Microstructure and corrosion behavior of laser surface re - melted NiTi alloy;

Preparation and characterization of bilayer bioactive film on medical NiTi alloy surface;

Surface modification of biomedical NiTi alloys with coldplasma technique;

The effects of a DC electric field up to 1kV/cm on the deformation behavior of NiTi alloys were determined at constant strain rate of 2.

The characterization of PEG-like structures grafted on NiTi alloys surface under oxygen/di(ethylene glycol) methyl cold-plasma-process from electron cyclotron resonance conditions was studies in this paper.

In this paper,the shape memory alloys(SMA) with special properties-NiTi alloy belts is composed in a component at the location where cracks(or damage)will most probablyemerge,and when matched with a computer monitoring system,the component becomes an intelligent composite component of NiTi alloy belts which can detect cracks automatically and controltleir growth actively.