Andere Kunden interessierten sich auch für
![Strength of advanced ceramic breeder pebbles: influence of fabrication methods, composition and annealing]( "Strength of advanced ceramic breeder pebbles: influence of fabrication methods, composition and annealing")
Strength of advanced ceramic breeder pebbles: influence of fabrication methods, composition and annealing64,00 €![The Mechanical and Other Properties of Iron and Steel in Connection With Their Chemical Composition]( "The Mechanical and Other Properties of Iron and Steel in Connection With Their Chemical Composition")
The Mechanical and Other Properties of Iron and Steel in Connection With Their Chemical Composition36,99 €![Experimental investigations on the influence of physico-chemical parameters on anaerobic degradation in MBT residual waste]( "Experimental investigations on the influence of physico-chemical parameters on anaerobic degradation in MBT residual waste")
Experimental investigations on the influence of physico-chemical parameters on anaerobic degradation in MBT residual waste19,10 €![Technology to Investigate X-Ray Irradiation Influence]( "Technology to Investigate X-Ray Irradiation Influence")
Technology to Investigate X-Ray Irradiation Influence32,99 €![THE INFLUENCE OF MACROPARTICLES ON PVD COATINGS]( "THE INFLUENCE OF MACROPARTICLES ON PVD COATINGS")
THE INFLUENCE OF MACROPARTICLES ON PVD COATINGS44,99 €![Ore Mineral Exploitation and Sustainable Development]( "Ore Mineral Exploitation and Sustainable Development")
Ore Mineral Exploitation and Sustainable Development39,99 €![Effect of Composition on the Lifetime of Thermal Barrier Coatings]( "Effect of Composition on the Lifetime of Thermal Barrier Coatings")
Effect of Composition on the Lifetime of Thermal Barrier Coatings31,99 €
Stainless steel has numerous applications due to a good combination of properties such as corrosion and oxidation resistance, toughness, weldability and mechanical strength at high temperatures. However these properties and performance are strongly related to the microstructure and in the case of castings are mainly dependent of chemical composition and cooling rate. In this work the effect of these two factors was studied and the experimental results compared with theoretical models available in literature. Sixteen heats of different austenitic stainless steel were cast and their complete chemical compositions were determined. Most of analyzed heats showed the solidification mode type C. Ferrite values were found in the range from 0 to 11%. The influence of chemical composition on delta ferrite was strong while the influence of thickness was less accentuated. Among numerous tested formulas to estimate the quantity of delta ferrite two that demonstrated better results were the ones of Schneider and Schoefer, where the last one is recommended by ASTM A800 standard.