Thermodynamics Analysis of Microalloying Technology for Developing High Strength Cold Rolled Structural Steel Sheet

Chun Yu Ma; Chang Wang; Ke Ya Shen; Jun Ping Yuan

doi:10.4028/www.scientific.net/AMM.423-426.187

Paper Titles

Influence of Zinc Content on Anti-Corrosion Performance of Zinc-Rich Coatings
p.169

Anti-Corrosion Performance of the Hot-Dip Coating Containing Zn-Al-Mg-Ce
p.173

Role of Aging Precipitates on Mechanical Properties of HNS with Different Nitrogen Content
p.177

Finite Element and Molecular Dynamics Multiscale Framework for TRIP Steel Macro and Micro Material Behavior Investigation
p.182

Thermodynamics Analysis of Microalloying Technology for Developing High Strength Cold Rolled Structural Steel Sheet
p.187

Intermediate-Temperature Oxidation of Fe-Cr-Ni-Mo Stainless Maraging Steel in Air
p.192

Investigations on the Fatigue Property of the High-Strength and Toughness 211Z Casting Aluminium Alloy
p.197

Critical Carbon Concentration and Excessively High Bath Temperature for Smelting Ferrochromium in the Argon-Oxygen Furnace
p.202

The Influence of Gd on AM60B Magnesium Alloys' Structures
p.207

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 423-426Thermodynamics Analysis of Microalloying...

Thermodynamics Analysis of Microalloying Technology for Developing High Strength Cold Rolled Structural Steel Sheet

Abstract:

According to thermodynamics of materials, selection of microalloying composition for developing cold rolled structural steel sheet with different strength levels was investigated, by comparing and analyzing the solid solubility and lattice constant of microalloying elements V, Nb and Ti, ideal microalloying composition-niobium and titanium compound additives was obtained, and then process parameters including reheating temperature and annealing process were discussed.