Modelling the continuous cooling transformation diagram of engineering steels using neural networks. Part II: Microstructure and hardness.

A discussion on the atomic mechanism of the bainitic reaction in TRIP steels

Modelling the continuous cooling transformation diagram of engineering steels using neural networks. Part I: Phase regions.

Production of medicine microparticles by electro-hydrodynamic atomization.

Production of protein microparticles by electro-hydro-dynamic atomization.

Theoretical study of P-containing transformation-induced plasticity steel. Part 2 - Analysis of the potential TRIP effect.

Transformation, microstructural and mechanical stabilization of metastable austenite in TRIP steels.

Stabilization mechanisms of retained austenite in transformation-induced plasticity steel.

Theoretical study of P-containing transformation-induced plasticity steel. Part 1 - determination of the phosphorus concentration.

Effect of bainite reaction on austenite retention in Al containg TRIP steel.

Aspect ratio of bainite in steels.

Determination of martensite start temperature in engineering steels. Part I. Empirical relations describing the effect of steel chemistry.

On the influence of alloying elements on the bainite reaction in low alloy steels during continuous cooling.

Influence of alloying elements and their interactions on the martensite start temperature.

Determination of martensite start temperature in engineering steels. Part II. Correlation between critical driving force and Ms temperature.

Enthalpy changes accompanying transformations in Fe-0.8C steel.

The effect of the composition on the bainite transformation temperatures: a statistical analysis.

Effects of carbon concentration and cooling rate on continuous cooling transformations predicted by artificial neural network.

A model for surface reliefs formation in bainite transformation mechanism.

Bainite transformations.