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	题名	作者	年代	出处	被引量
1	Hardening by annealing and softening by deformation in nanostructured metals 显示文摘	Xiaoxu Huang Niels Hansen Nobuhiro Tsuji	2006	Science2006，312，：	1
2	A New Route to Fabricate Ultrafine-Grained Structures in CarbonSteels Without Severe Plastic Deformation显示文摘	Yoshitaka Okitsu0 Naoki Takata Nobuhiro Tsuji	2009	Scripta Mate rialia2009，60，2：	1
3	The Complex Cornering Com- pliance Theory and its Application to vehicle Dynamics Characteristics 显示文摘	Koji Tsuji Nobuhiro Totoki	2002	SAE2002-01-12182002，，：	1
4	Deformation textures of AA8011 aluminum alloy sheets se- verely deformed by accumulative roll bonding 显示文摘	Hyoung Wook Kim Suk Bong Kang Nobuhiro Tsuji		Chem Mater Sci0，36，11：	1
5	Effect of Initial Micro- structure on Ultrafine Grain Formation Through Warm De formation in Medium Carbon Steels显示文摘	Kazukuni Hasea Nobuhiro Tsuji	2011	Scripta Materialia2011，65，5：	1
6	A new route to fabricate ultrafine-grained structures in carbon steels without se- vere plastic deformation 显示文摘	Yoshitaka Okitsu Naoki Takata Nobuhiro Tsuji	2009	Scripta Materialia2009，60，2：	1
7	Crystallographic features of lath martensite in low-carbon steel显示文摘	Hiromoto Kitahara Rintaro Ueji Nobuhiro Tsuji	2006	Acta Materialia2006，54，5：	1
8	Production of Ultra-Fine Grained Bulk Aluminum Alloys by Accumulative Roll-Bonding (ARB) Process 显示文摘	Yoshihiro Saito Nobuhiro Tsuji Hiroshi Utsunomiya	1998	Aluminum Alloys1998，，3：	1
9	Strengthening mechanisms in nanostructured high-purity aluminium deformed to high strain and annealed显示文摘	Naoya Kamikawa Xiaoxu Huang Nobuhiro Tsuji Niels Hansen	2009	Acta Materialia2009，，14：	1
10	ARB (accumulative roll-bonding)and other new techniques to pro-duce bulk ultrafine grained materials显示文摘	Saito Yoshihiro Lee Seong-Hee	2003	Advanced Engineer-ing Materials2003，5，5：	1
11	Proposal of Novel Ultra-High Straining Process for Bulk Materials-Development of the Accumulative Roll-Bonding (ARB) Process 显示文摘	Yoshihiro Saito Hiroshi Utsunomiya Nobuhiro Tsuji	1998	Aluminum Alloys1998，，3：	1
12	A new route to fabricate ultrafine-grained structures in carbon steels without severe plastic deformation显示文摘	Yoshitaka Okitsu Naoki Takata Nobuhiro Tsuji	2008	Scripta Materialia2008，，2：	1
13	Effect of initial microstructure on ultrafine grain formation through warm deformation in me- dium-carbon steels 显示文摘	Kazukuni Hasea Nobuhiro Tsuji	2011	Scripta Materialia2011，65，5：	1
14	Effect of RolIirtg Reduction on Ultrafine Grained Structure and Me- chanical Properties of Love Carbon Steel Thermomechanically Processed From Martensite Starting Structure 显示文摘	Ueji Rintaro Tsuji Nobuhiro Minamino Yoritoshi	2004	Science and Technology of Advanced Materials2004，5，：	1
15	Effects of rolling reduction and annealing temperatures on the recrystallization structure of solidified columnar crystals in a 19% Cr FSS 显示文摘	Nobuhiro Tsuji Kaneaki Tsuzaki and Tadashi Maki	1994	ISIJ International1994，34，12：	1
16	Effect of Initial Orientation on the Recrystallization Behavior of Solidified Columnar Crystals in a 19% Cr Ferritic Stainless Steel显示文摘	Kaneaki Tsuzaki Tadashi Maki	1993	ISIJ International1993，，7：	1
17	Grain size altering yielding mechanisms in ultrafine grained high-Mn austenitic steel:Advanced TEM investigations显示文摘The underlying mechanism of discontinuous yielding behavior in an ultrafine-grained(UFG)Fe-31 Mn-3 Al-3 Si(wt.%)austenitic TWIP steel was investigated by the use of advanced TEM technique with taking the plastic deformation mechanisms and their correlation with grains size near the macroscopic yield point into account.Typical yield drop mechanisms such as the dislocation locking by the Cottrell atmosphere due to the presence of interstitial impurities cannot explain the origin of this phenomenon in the UFG high-Mn austenitic TWIP steel.Here,we experimentally revealed that the plastic deformation mechanisms in the early stage of deformation,around the macroscopic yield point,show an obvious association with grain size.More specifically,the main mechanism shifts from the conventional slip in grain interior to twinning nucleated from grain boundaries with decreasing the grain size down to less than 1μm.Our observation indicates that the grain size dependent deformation mechanisms transition is also deeply associated with the discontinuous yielding behavior as it could govern the changes in the grain interior dislocation density of mobile dislocations around the macroscopic yield point.	Chang-Yu Hung Yu Bai Nobuhiro Tsuji Mitsuhiro Murayama	2021	Journal of Materials Science & Technology2021，，27：	1
18	Crystallographic Features of Lath Martensite in Low-Carbon Steel 显示文摘	Hiromoto Kitahara Rintaro Ueji Nobuhiro Tsuji	2006	Acta Materialia2006，54，：	1
19	Friction stir welding of carbon steels 显示文摘	Hidetoshi Fujii Ling Cui Nobuhiro Tsuji	2006	Materials Science and Engineering2006，429，：	1
20	Crystallographic analysis of plate martensite in Fe–28.5 at.% Ni by FE-SEM/EBSD显示文摘	Hiromoto Kitahara Rintaro Ueji Masato Ueda Nobuhiro Tsuji Yoritoshi Minamino	2005	Materials Characterization2005，，4：	1

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