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Meeting 2017 TMS Annual Meeting & Exhibition
Symposium Energy Materials 2017: Materials for Coal-Based Power
Presentation Title Creep Strength and Oxidation Resistance of Industrially Made G115 Steel Pipe
Author(s) Zhengdong Liu, HanSheng Bao, Zhengzong Chen, Songqian Xu, Hanping Zhao, Qijiang Wang
On-Site Speaker (Planned) Zhengdong Liu
Abstract Scope G115 is a novel ferritic heat resistant steel developed by CISRI in the past decade, which is an impressive candidate material to make tubes, pipes and forgings of advanced ultra super critical (A-USC) fossil fired power plants used for the temperature scope from 600℃ to 650℃. The successful development of G115 extends the upper application temperature limitation of martensitic steel from 600℃ to about 650℃. This breakthrough is imperative for the design and construction of 610℃ to 650℃ A-USC fossil fired power plants, from the viewpoint of the material availability and economics of designed coal fired power plants. This paper introduced the creep strength and oxidation resistance of industrially made G115 steel pipe, including the experimental phenomenon description and theoretical mechanism explanation.
Proceedings Inclusion? Planned: Stand-alone book in which only your symposium’s papers would appear (indicate title in comments section below)

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A New Austenitic Heat-Resisting Steel SP2215 for 620-630℃ USC Boiler Tubing Application
Accelerated Creep Test for New Steels and Welds
Advances in Materials Technology to Enable Advanced Ultrasupercritical (A-USC) and Supercritical CO2 (sCO2) Power Cycles
Alloy Design of Creep-resistant High Entropy Alloys for Elevated-Temperature Applications
C-3: Atomic-scale Modeling of Point Defects, Phase Stability, and the Formation Mechanism of Z Phases CrMN (M=V, Nb, Ta)
C-5: Fireside Corrosion Behaviors of Inconel 740 H Superalloy in Various SO2 Contents
C-6: High Cycle Fatigue Behavior of HAYNES282 Superalloy
C-7: Recent Development in the Characteristics of Alloy 625 for A-USC Steam Turbine Castings
C-8: The Effect of W and Mo Addition on the Microstructure and Mechanical Properties of GY200 Ni-based Alloy
Continued Development of a Cast Superalloy, IN740 for Advanced Power Generation Applications
Corrosion Issues in Advanced Supercritical and Ultra Supercritical Coal Fired Boilers
Creep Behavior and Microstructural Stability in Cast γ' Strengthened Nickel Superalloys
Creep of Alumina-forming Austenitic Stainless Steels
Creep Strength and Oxidation Resistance of Industrially Made G115 Steel Pipe
Design and Performance of Nickel-Base Alloys Strengthened by Eta Phase Precipitates
Developing a Crystal Plasticity Model for Nickel Based Turbine Alloys Based on the Discrete Element Method
Development of Wrought Ni-Cr-Al Alloy with High Temperature Corrosion Resistance
Evolution of Precipitates of 25Cr-20Ni-3Cu3WNbN Austenitic Heat Resistant Steel during 973K Aging
Heat Resistant Advanced 9% Cr Steel for Fossil Energy Power Generation
Heat Resistant Alloy Design: Process Considerations for Microstructural Stability and Long-term Creep Strength in Scaled-Up, Thick Wall Nickel Castings
Materials and Manufacturing Challenges for Components of Supercritical CO2 Power Systems
Materials for Advanced Ultra Supercritical Steam Turbines
Materials Performance in Supercritical CO2 in Comparison with Atmospheric Pressure CO2 and Supercritical Steam
Micro Creep and Fatigue Behaviors in an Advanced Austenitic Stainless Steel
Modeling Long-term Creep Performance for Welded Nickel-base Superalloy Structures for Power Generation Systems
Ni-Fe Based Alloy GH984G Used for 700℃ Coal-fired Power Plants
Predicting Microstructure-Creep Resistance Correlation in High Temperature Alloys Over Multiple Time Scales
Solid Sate Joining of Creep Strength Enhanced Ferritic Steels
Study of Localized Under-coal Ash Deposit Corrosion of Inconel 740 Alloy Using High Temperature Electrochemical Sensor
The Reliability Analysis of 12Cr1MoVG and T23 Used for USC Boilers Water Wall
The SMARTER Project – Science of Multicomponent Alloys: Roadmap for Theoretical and Experimental Research
Towards Predicting Reactive-element Tolerances in the Compositional Design of Al2O3-scale Forming Alloys and Coatings

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