An incremental stress rheology model is developed to study the dynamics of tee-tonic mineralization.

A computer system was set up to measure and analyse the characteristic curve of high temperature superconductor s voltage -current( V- I)by means of adjustable increment size of pulse current.

Through thermal simulation compression experiment of tank used aluminium alloy,the influence of rate of deformation and deformation temperature on rheological stress were analyzed.

20/s and at constant temperature in the range of 450～500 ℃ were conducted on the 35steel and 45steel on the basis of the rheological stress constitutive model of 20steel.

The experimental results indicated that the rheological stress was influenced by both strain rates and deformation temperature,and it increased with increasing strain and tends to be constant afte.

Influence of homogenization on flow stress of Al-1Mn-1Mg alloy during hot compression deformation;

Prediction of flow stress in TC4 titanium alloy with hydrogen at high temperature by a radial basis function neural network;

Prediction of the flow stress of a titanium alloy during hot deformation;

After the analysis of evolutional course of loess landslides and the discussion of rheological mechanical properties of the soil in sliding belts,the feasibility of the application of the principles of rheological mechanics to loess landslides was expounded.