Spinning and drawing of PLA filament;

Application of the exigency stop system in the drawing line;

Modification of after-drawing controlling system of polyester staple fiber;

Development of simulation experiment courseware for material tension and torsion;

Molecular Dynamics Simulations on the Melting and Tension Characteristics of C,SiC and BN Nanotubes;

Molecular dynamics simulation of monocrystalline nickel nano-wire under uniaxial tension;

Numerical analysis of tensile fracture of concrete at mesoscale level;

Acoustic Emission Characteristics of C/SiC Composite during Tensile Test;

High Temperature Tensile Behavior of Al_2O_3/Cu Composite;

Investigation of slenderizing of wool by stretching;

Effect of stretching process on expanded PTFE membrane porous structure;

Preparation of stretching porous polytetrafluoroethylene membrane;

Effect of stretch on cross-section shape of non-circular polyacrylonitrile fiber;

Recurrence stretch plotting and velocity-varied DMO;

Effects of cyclic mechanical stretch on the adhesion and the intracellular calcium concentration of human pulmonary epithelial cells;

In this work, we investigate into the morphology and the molecular motion of polystyrene-block-polyisoprene-block-polystyrene, in which the polystyrene weight concentration are 14% and 22% respectively, during elongation by means of the solid-state high-resolution NMR spectroscopy.

High shear rate and high elongation rate are the key factors to mixing, and latter is more effective.

In order to control the orientation during processing and properties of the final products of Thermotropic Liquid Crystal Copolyesters(TLCPs), the orientation development in shear and elongational flow at different temperatures of thermotropic copolyester(LCP80) has been studied and the experimental results are explained according to the texture observation by the polarized microscropy(POM).