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在“Elsevier电子期刊”中，命中：591条，耗时：0.0129949 秒

在所有数据库中总计命中：785条

1.Strengthening mechanisms in equiatomic ultrafine grained AlCoCrCuFeNi high-entropy alloy studied by micro- and nanoindentation methods

作者：Ramya Sree Ganji^a ; P. Sai Karthik^b ; K. Bhanu Sankara Rao^c ; Koteswararao V. Rajulapati^a ; ^{kvrse@uohyd.ernet.in}

关键词：High-entropy alloys ; Ultrafine grained ; Strengthening mechanisms ; Strain rate sensitivity ; Activation volume

刊名：Acta Materialia

出版年：2017

2.Grain and interface boundaries governed strengthening mechanisms in metallic multilayers

作者：Qing Zhou^a ; Ping Huang^a ; ^{huangping@mail.xjtu.edu.cn} ; Mabao Liu^b ; Fei Wang^b ; ^c ; ^{wangfei@mail.xjtu.edu.cn} ; Kewei Xu^a ; Tianjian Lu^b ; ^c

关键词：Multilayer ; Nanoindentation ; Hardness ; Interface ; Grain boundary

刊名：Journal of Alloys and Compounds

出版年：2017

3.Phase transformation-induced strength softening in Ti/Ta nanostructured multilayers: Coherent interface vs phase boundary

作者：Z.Q. Hou ; J.Y. Zhang ; ^{jinyuzhang1002@mail.xjtu.edu.cn} ; J. Li ; Y.Q. Wang ; K. Wu ; G. Liu ; ^{lgsammer@mail.xjtu.edu.cn} ; G.J. Zhang ; J. Sun

关键词：Ti/Ta multilayers ; Strength softening ; Phase transformation ; Coherent interface ; Phase boundary

刊名：Materials Science and Engineering: A

出版年：2017

4.Characterization tests of GFRM coating as a strengthening technique for masonry buildings

作者：Natalino Gattesco ; Ingrid Boem ; ^{boem@dicar.units.it}

关键词：Masonry buildings ; Seismic retrofitting ; GFRP ; Characterization tests ; Bond tests ; Tensile tests

刊名：Composite Structures

出版年：2017

5.Microstructure evolution in HR3C austenitic steel during long-term creep at 650 °C

作者：Zhen Zhang^a ; Zhengfei Hu^a ; ^{huzhengf@tongji.edu.cn} ; Haoyun Tu^b ; Siegfried Schmauder^b ; Gaoxiang Wu^c

关键词：Austenitic steel ; Creep strength ; Microstructure evolution ; Precipitation strengthening ; Intergranular damage

刊名：Materials Science and Engineering: A

出版年：2017

6.Effect of extrusion treatment on the microstructure and mechanical behavior of SiC nanowires reinforced Al matrix composites

作者：Ling Xin^a ; Wenshu Yang^a ; ^{yws001003@163.com} ; Qiqi Zhao^a ; Ronghua Dong^b ; Xue Liang^c ; Ziyang Xiu^a ; Murid Hussain^d ; Gaohui Wu^a ; ^{wugh@hit.edu.cn}

关键词：Metal matrix composites ; SiC nanowires ; Extrusion ; Porosity ; Strengthening mechanism ; Shear-lag model

刊名：Materials Science and Engineering: A

出版年：2017

7.Analysis on micro-structure and mechanical properties of Mg-Gd-Y-Nd-Zr alloy and its reinforcement mechanism

作者：Liu Qiuzu^a ; Ding Xiaofeng^b ; Liu Yanping^a ; ^{ypliu123@126.com" class="auth_mail" title="E-mail the corresponding author} ; Wei Xiaojia^a

关键词：Mg-Gd-Y-Nd-Zr alloy ; Micro-structure ; Mechanical properties ; Strengthening mechanism

刊名：Journal of Alloys and Compounds

出版年：2017

8.First-principles determination of grain boundary strengthening in tungsten: Dependence on grain boundary structure and metallic radius of solute

作者：Xuebang Wu^a ; Yu-Wei You^a ; Xiang-Shan Kong^a ; Jun-Ling Chen^b ; G.-N. Luo^b ; Guang-Hong Lu^c ; C.S. Liu^a ; ^{csliu@issp.ac.cn" class="auth_mail" title="E-mail the corresponding author} ; Zhiguang Wang^d

关键词：Grain boundary ; Segregation ; Strengthening ; Tungsten ; First-principles calculations

刊名：Acta Materialia

出版年：2016

9.High-cycle fatigue properties and damage mechanisms of pre-strained Fe-30Mn-0.9C twinning-induced plasticity steel

作者：B. Wang^a ; ^b ; P. Zhang^a ; ^{pengzhang@imr.ac.cn" class="auth_mail" title="E-mail the corresponding author} ; Q.Q. Duan^a ; Z.J. Zhang^a ; H.J. Yang^a ; J.C. Pang^a ; Y.Z. Tian^a ; X.W. Li^c ; Z.F. Zhang^a ; ^b ; ^{zhfzhang@imr.ac.cn" class="auth_mail" title="E-mail the corresponding author}

关键词：Twinning induced plasticity (TWIP) steel ; Pre-straining ; Tensile strength ; Fatigue properties ; Twin boundary ; Dislocation

刊名：Materials Science & Engineering A

出版年：2017

10.Preparation of porous titanium materials by powder sintering process and use of space holder technique

作者：Xin-sheng Wang ; Zhen-lin Lu ; ^{lvzl2002@xaut.edu.cn} ; Lei Jia ; Jiang-xian Chen

关键词：Rice husk ; Porous Ti ; Sintering ; Porosity ; Hardness ; Mechanical property

刊名：Journal of Iron and Steel Research, International

出版年：2017

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