Compressive Yield Strength of TiAl Alloy at Elevated Temperature

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Compressive Yield Strength of TiAl Alloy at Elevated Temperature
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                        Li Xiaoqiang,Li YuanyuanLi Xiaoqiang,Li Yuanyuan

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Clc Number:TG146.23 TG113.25
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Key words:TiAl alloy,high energy ball milling,reaction sintering,compressive yield strength at elevated temperature

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[1]Li Xiaoqiang,Li Yuanyuan.Compressive Yield Strength of TiAl Alloy at Elevated Temperature[J].Rare Metal Materials and Engineering,2004,33(3):289-292.

[2]Wang Jun,Shao Huiping and Guo Zhimeng.Preparation of TiAl Alloy Powders by Diffusion Reaction at Low Temperature and in High Vacuum[J].Rare Metal Materials and Engineering,2013,42(6):1264-1267.

[3]LI Xiao,qiang,HU Lian,xi,WANG Er,de,HE Wen,xiong,LIU Zu,yan.Microstructure of TiAl alloy prepared by intense plastic deformation and subsequent reaction sintering[J].Transactions of Nonferrous Metals Society of China,2002,12(4).

[4]I. M. Van Zeeland,J. J. Salinas,J. R. Mehaffey.Compressive strength of lumber at high temperatures[J].Fire and materials,2005,29(2):71-90.

[5]Chen Hua and Zhao Zhankui.Preparation of TiAl Based Alloy with Fine Grains and Its High Temperature Oxidation Behavior[J].Rare Metal Materials and Engineering,2011,40(2):301-306.

[6]LI Qing-hai,YAO Yan,SUN Bei,LI Zong-jin.Mechanism of Effect of Elevated Temperature on Compressive Strength of Cement Mortar[J].Journal of Building Materials,2008,11(6).

[7]ZHANG Zong-gang;XU Jin-yu;SU Hao-yang;LIU Zhi-qun.Dynamic Strength Property of Concrete at Exposure to Elevated Temperature[J].Bulletin of the Chinese Ceramic Society,2015,34(2):501-505.

[8]SHAO Jian-hua,FANG Jue,CHANG Jiu-zhu,LI Chao,FAN Lan-tao.High Temperature Compressive Strength of Sinter[J].Iron & Steel,2008,43(9):12-0.

[9]XIAO Jian-zhuang,WANG Ping.Study on Compressive Behavior of HPC with PP Fiber at Elevated Temperature[J].Journal of Building Materials,2004,7(3):281-285.

[10]HU Ming,HAN Fei,LIU You-jin,LIANG Yan.Studies on Microstructures and Compressive Properties at Elevated Temperatures of Mg-Sr-Zn-Y Alloy[J].佳木斯工学院学报,2012(2):244-246.

[11]ZENG Mei,qin,ZHANG Yao,OUYANG Liu,zhang,ZHU Min.Microstructure Variation of Al-Pb-Cu Alloy During Ball Milling and Subsequent Sintering Process[J].Heat Treatment of Metals,2002,27(8):14-17.

[12]TIAN Kaiwen,FENG Hongwei,WU Hong,SHI QiangjunCorrespondent:TIAN Kaiwen,P.O.Box,Baotou ,China.Microstructure and properties of tungsten heavy alloy produced with high energy ball milling powder[J].Ordnance Material Science and Engineering,2001,24(5):47-49,72.

[13]CHEN Lin.Effect of Hot Rolling Final Temperature on Yied Strength of 5052 Alloy H22 Temper[J].Aluminium Fabrication,2014(1):10-13.

[14]LI Qingtao,LIANG Tianle,DU Hanfeng and CUI Zhuangzhuang.Recovery of Compressive Strength of Concrete after Exposure in High Temperature by Inorganic Coating[J].Journal of Building Materials,2019,22(1):60-64.

[15]LI Ning-bo,SHI Xu-dong,XIAO Ming-hui.Experimental Investigation on Compressive Strength Decaying Behaviors of Concrete after Elevated Temperature[J].Building Science,2007,23(9):58-61,30.

[16]YANG Dong-hui,HE De-ping.Compressive and Energy Absorption Behavior of Porous Al Alloy with High Specific Strength[J].Materials For Mechanical Engineering,2005,29(8):13-16.

[17]JIN Bao and HUO Jingsi.Damage Mechanism of Compressive Strength of Calcareous Aggregate Concrete after Elevated Temperature[J].Journal of Building Materials,2016,19(2):359-363.

[18]XIAO Jian-zhuang,HUANG Yun-biao.Residual Compressive Strength of Recycled Concrete after High Temperature[J].Journal of Building Materials,2006,9(3):255-259.

[19]SHI Ying-hao,DU Hong-xiu,YAN Rui-zhen.Mass Loss and Compressive Properties of C80 High Strength Concrete at Elevated Temperature[J].Bulletin of the Chinese Ceramic Society,2016,35(3):980-983.

[20]Strengthof Rubberized ConcreteZHANG Hai bo,GUAN Xue mao,GOU Mi feng and LIU Xiao xing.Influence of Temperature on Compressive[J].Journal of Building Materials,2013(5):858-862.

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[Li Xiaoqiang, Li Yuanyuan. Compressive Yield Strength of TiAl Alloy at Elevated Temperature[J]. Rare Metal Materials and Engineering,2004,33(3):289~292.]
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