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07424 Precipitation and Its Effect on the Design of Cast Heat Resistant Alloys

Picture for 07424 Precipitation and Its Effect on the Design of Cast Heat Resistant Alloys
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Product Number: 51300-07424-SG
ISBN: 07424 2007 CP
Author: D-Voke, R-Pankiw, N-Evans, K-Liu, M-Santella, V-Sikka, G-Muralidharan, P-Maziasz, & C-Stevens
Publication Date: 2007
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$20.00
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Heat resistant cast alloy (H-Series) steels such as HP modified and micro-alloyed HP, are used extensively in the petrochemical industry for reformer furnace tubing and ethylene pyrolisis coils. The HP alloys have a microstructure consisting of an austenitic matrix with finely dispersed carbides. The H-Series steels have evolved over many years of alloy development by trial-and-error additions of alloying elements. It is possible to further improve the performance of these steels through the use of computational thermodynamics based on a detailed understanding of the composition-microstructure-property relationships. This paper highlights some of the progress made in understanding the relationship between precipitation and creep properties of these alloys through using a combination of thermodynamic modeling, microstructural characterization, and mechanical property measurements. It also provides information on the creep properties of a new alloy designed based upon the improved understanding of the structure-processing-property relationship in these alloys.
Heat resistant cast alloy (H-Series) steels such as HP modified and micro-alloyed HP, are used extensively in the petrochemical industry for reformer furnace tubing and ethylene pyrolisis coils. The HP alloys have a microstructure consisting of an austenitic matrix with finely dispersed carbides. The H-Series steels have evolved over many years of alloy development by trial-and-error additions of alloying elements. It is possible to further improve the performance of these steels through the use of computational thermodynamics based on a detailed understanding of the composition-microstructure-property relationships. This paper highlights some of the progress made in understanding the relationship between precipitation and creep properties of these alloys through using a combination of thermodynamic modeling, microstructural characterization, and mechanical property measurements. It also provides information on the creep properties of a new alloy designed based upon the improved understanding of the structure-processing-property relationship in these alloys.
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07425 Development of an Atlas of Microstructures for the Latest Heat-Resistant Cast Alloys

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ISBN: 07425 2007 CP
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Review on the Heat-Resistant Stainless Steel Alloys Used for the Steam Methane Reformer Outlet Systems

Product Number: 51317--9351-SG
ISBN: 9351 2017 CP
Author: Shankar Venkataraman
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