Search Results - "Purzyńska, H."

The Microstructural Evolution of the Welded Joint of Super 304H Stainless Steel after 1000 Hours of Ageing at 700 and 750°C by Puszczało, T., Purzyńska, H., Sroka, M., Sówka, K., Zieliński, A.

“…This study presents the results of microstructure and hardness tests of a homogenous welded joint made of Super 304H stainless steel after 1000 h of ageing at…”
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Microstructure characterization and mechanical properties of austenitic Super 304H steel after operation by Purzyńska, H., Golański, G., Sroka, M., Sasiela, A., Zieliński, A.

“…The paper presents the results of testing the microstructure and mechanical properties of austenitic Super 304H steel after approximately 31,000 h of operation…”
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Numerical Modeling of Precipitation Processes in Heat Resistant HR3C Austenitic Steel Using CALPHAD Method by Purzyńska, H., Kuziak, R., Golański, G.

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Mechanical Properties of P92 Welded Joint after 3000 Hours of Annealing at 600 and 650°C by Sówka, K., Purzyńska, H., Sroka, M., Puszczało, T., Zieliński, A.

“…P92 steel is a modern martensitic heat-resistant steel currently used for seamless products for pressure equipment operating in supercritical operating…”
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Evaluation of Creep Strength of Heterogeneous Welded Joint in HR6W Alloy and Sanicro 25 Steel by Zieliński, A., Dobrzański, J., Purzyńska, H., Sikora, R., Dziuba-Kałuża, M., Kania, Z.

“…This article presents the results of investigations on HR6W alloy and Sanicro 25 steel and the dissimilar welded joint made of them. The characteristic images…”
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Changes In Properties and Microstructure of High-Chromium 9-12%Cr Steels Due to Long-Term Exposure at Elevated Temperature by Zielinski, A, Dobrzanski, J, Purzynska, H, Golanski, G

“…This paper presents the characteristics of the performance of P91 (X10CrMoVNb9-1), P92 (X10CrWMoVNb9-2) and VM12 (X12CrCoWVNb12-2-2) steels used for condition…”
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Mechanical properties of Super 304H steel after long-term ageing at 650 and 700°C by Zieliński, Adam, Sroka, Marek, Purzyńska, Hanna, Novy, Frantisek

“…The paper shows the degradation process of the modern austenitic Super 304H (X10CrNiCuNb18-9-3) steel which was subjected to long-term aging for up to 50,000 h…”
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