PAPER
2000”N |
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75) ’Ócœ¨Œá�C‘ –ž�~ˆê�C’†‘º“ÖŽj�FStrength and Behavior of Concrete Filled Steel Square
Tubular Columns with Biaxially Eccentric Load�CProc. of the First International
Conference on Structural Stability and Dynamics�Cpp.605-610�C2000”N12ŒŽ
�@ |
| �¡ |
74) ’Ócœ¨Œá�C‘ –ž�~ˆê�C’†‘º“ÖŽj�F2޲•Î�Sˆ³�k—Í‚ðŽó‚¯‚éƒRƒ“ƒNƒŠ�[ƒg�[“UŠpŒ`�|ŠÇ’Œ‚̑ϗ͂Ƌ““®�C�|�\‘¢”NŽŸ˜_•¶•ñ���W�C‘æ8Šª�Cpp.541-548�C2000”N11 �@ |
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73) Jinan Chung�C�¼ˆä�ç�H�C’Ócœ¨Œá�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’Œ‚ÌŠÈ–¾‚È�ÝŒvŽ®�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ534�†�Cpp.191-196�C2000”N8ŒŽ
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72) “ú�‚“�Žq�C�¼ˆä�ç�H�C’ÓcŒbŒá�C’å•ï‰À�G�C�¡‘º‹P•��C”¨ŒË—´•v�FƒXƒŠƒbƒg“ü‚è�|”‘Ï�k•Ç•t‚«“S�œ�œ‘g‚Ì’e‘Y�«‹““®�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W
‘æ534�†�Cpp.153-160�C2000”N8ŒŽ
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71) “¡‰i—²�C’Ócœ¨Œá�C�¼ˆä�ç�H�FŽí�X‚ÌŒ`�ó‚Ì“S�œ‚ð“à‘ ‚·‚éSRC’·’Œ‚̗݉Á‘Ï—Í�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ531�†�Cpp.173-179�C2000”N5ŒŽ
�@ |
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70) Jinan Chung�C�¼ˆä�ç�H�C’Ócœ¨Œá�FSimplified Strength Formula of Concrete Filled
Steel Tubular Beam-Columns�CProc. of 6th ASCCS Conference2000”N3ŒŽ �@ |
| �¡ |
69) ’Ócœ¨Œá�C�¼ˆä�ç�H�CJinan Chung�C“¡‰i—²�FSimplified Design Formula of Slender Concrete
Filled Steel Tubular Beam-Columns�CProc. of 6th ASCCS Conference2000”N3ŒŽ
�@ |
| �¡ |
68) “¡‰i—²�C’Ócœ¨Œá�C�¼ˆä�ç�H�FSuperposed Strength of Slender SRC Beam-Columns with
Various Steel Sections�CProc. of 6th ASCCS Conference2000”N3ŒŽ �@ |
| �¡ |
67) “ú�‚“�Žq�C�¼ˆä�ç�H�C’å•ï‰À�G�C’Ócœ¨Œá�FElastic=Plastic Behavior of Building Steel Frame
with Steel Bearing Wall with Slits�C Proc.of 12th World Conference on Earthquake
Engineering2000”N1ŒŽ �@ |
| �¡ |
66) ’Ócœ¨Œá�C�¼ˆä�ç�H�C”ü–ì‰pŽi�FStrength and Behavior of Slender Concrete Filled Steel
Tubular Columns�C Proc.of 12th World Conference on Earthquake Engineering2000”N1ŒŽ �@ |
| �¡ |
65) “¡‰i—²�C’Ócœ¨Œá�C�¼ˆä�ç�H�FHysteresis Model for Concrete Filled Steel Square Tubular
Beam-Columns�C Proc.of 12th World Conference on Earthquake Engineering2000”N1ŒŽ
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| 1999”N |
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64) —›—í�C’ÓcŒbŒá�C�¼ˆä�ç�H�FŽÀŒ±ƒf�[ƒ^ƒx�[ƒX‚ÉŠî‚“S�œ“S‹ØƒRƒ“ƒNƒŠ�[ƒg’Œ‚Ì�\‘¢�«”\�C�|�\‘¢”NŽŸ˜_•¶�W�C‘æ7Šª�Cpp.263-268�C1999”N11ŒŽ �@ |
| �¡ |
63) —›—í�C’ÓcŒbŒá�C�¼ˆä�ç�H�F޲ˆ³�k—͂ƋȂ°‚ðŽó‚¯‚é“S�œ“S‹ØƒRƒ“ƒNƒŠ�[ƒg’Œ‚̕ό`�«”\‚ÆŽ²—Í�§ŒÀ’l�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ524�†�Cpp.133-140�C1999”N10ŒŽ
�@ |
| �¡ |
62) —›—í�C’ÓcŒbŒá�C�¼ˆä�ç�H�FDeformation Capacity and Axial Load Ratio of Steel Reinforced
Concrete Columns�C"Proc. of the Seventh East Asia-Pacific Conference
on Structural Engineering & Construction�C Vol. 2"�Cpp.991-996�C1999”N8ŒŽ �@ |
| �¡ |
61) ’Ócœ¨Œá�C�¼ˆä�ç�H�C“¡‰i—²�FStrength Estimation of Slender SRC Beam-Columns by Using
the Superposed Method�C"Proc. of the Seventh East Asia-Pacific Conference
on Structural Engineering & Construction�C Vol. 2"�Cpp.985-990�C1999”N8ŒŽ �@ |
| �¡ |
60) Jinan Chung�C’ÓcŒbŒá�C�¼ˆä�ç�H�FHigh-Strength Concrete Filled Square Tube Columns
Subjected to Axial Loading�C"Proc. of the Seventh East Asia-Pacific
Conference on Structural Engineering & Construction�C Vol. 2"�Cpp.955-960�C1999”N8ŒŽ �@ |
| �¡ |
59) “ú�‚“�Žq�C�¼ˆä�ç�H�C’ÓcŒbŒá�C’å•ï‰À�G�FBehavior and Strength of Steel Bearing Wall with
Slits Installed in Buliding Frame�C"Proc. of the Seventh East Asia-Pacific
Conference on Structural Engineering & Construction�C Vol. 1"�Cpp.853-858�C1999”N8ŒŽ �@ |
| �¡ |
58) —›—í�C’ÓcŒbŒá�C�¼ˆä�ç�H�FEvaluation of Deformation Capacities of Steel Reinforced
Concrete Columns based on Test Database�C"Proc. of the First International
Conference on Advances in Structural Engineering and Mechanics�C Vol.2"�Cpp.1043-1048�C1999”N8ŒŽ �@ |
| �¡ |
57) Jinan Chung�C’ÓcŒbŒá�C�¼ˆä�ç�H�FSlender Square Tube Columns Filled with High-Strength
Concrete�C"Proc. of the First International Conference on Advances
in Structural Engineering and Mechanics�C Vol.2"�Cpp.1025-1030�C1999”N8ŒŽ �@ |
| �¡ |
56) “ú�‚“�Žq�C�¼ˆä�ç�H�C’ÓcŒbŒá�C’å•ï‰À�G�FStrength and Behavior of Steel Bearing Wall with
Slits Installed in Building Frame�C"Proc. of the First International
Conference on Advances in Structural Engineering and Mechanics�C Vol.1"�Cpp.759-764�C1999”N8ŒŽ �@ |
| �¡ |
55) ’Ócœ¨Œá�C�¼ˆä�ç�H�C“¡‰i�@—²�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’·’Œ‚ÌŽÀ—p‘Ï—Í•]‰¿Ž®�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ518�†�Cpp.141-146�C1999”N4ŒŽ
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54) “A�^ˆÀ�C’ÓcŒbŒá�C�¼ˆä�ç�H�F�‚‹“xƒRƒ“ƒNƒŠ�[ƒg‚ð—p‚¢‚½ƒRƒ“ƒNƒŠ�[ƒg�[“UŠpŒ`�|ŠÇ’·’Œ‚̑ϗÍ�C�|�\‘¢˜_•¶�W�Cpp.25-32�C1999”N3ŒŽ �@ |
| �¡ |
53) ’Ócœ¨Œá�C�¼ˆä�ç�H�C“¡‰i�@—²�C•ŸŠÔ‘å‰î�F—݉Á‹“xŽ®‚ð—p‚¢‚½SRC’·’Œ‚̑ϗ͕]‰¿�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ515�†�Cpp.155-162�C1999”N1ŒŽ
�@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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| 1998”N |
| �¡ |
52) “¡‰i—²�C�¼ˆä�ç�H�C’ÓcŒbŒá�CŽR’n—Y“ñ˜Y�FLimiting Axial Compressive Load and Structural
Performance of Concrete Filled Steel Circular Tubular Beam-Columns�CProc.
of the 5th Pacific Structural Steel Conference�C pp.979-984�C1998”N10ŒŽ �@ |
| �¡ |
51) Jinan Chung�C’ÓcŒbŒá�C�¼ˆä�ç�H�FSimplified Strength Formula of Axially-Loaded
Concrete Filled Circular Steel Tube Columns�CProc. of the 5th Pacific Structural
Steel Conference�C pp.875-880�C1998”N10ŒŽ �@ |
| �¡ |
50) ’Ócœ¨Œá�C�¼ˆä�ç�H�FLimitation on Width (Diameter) -Thickness Ratio of Steel
Tubes of Composite Steel Tube and Concrete Columns with Encased Type Section
�CProc. of the 5th Pacific Structural Steel Conference�C pp.865-870�C1998”N10ŒŽ �@ |
| �¡ |
49) �¼ˆä�ç�H�C’Ócœ¨Œá�C‰Í–ì�º•F�CŽR’n—Y“ñ˜Y�C“¡‰i—²�FƒRƒ“ƒNƒŠ�[ƒg�[“U‰~Œ`�|ŠÇ’Œ‚Ì�\‘¢�«”\‚ÆŽ²—Í�§ŒÀ’l�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ512�†�Cpp.181-188�C1998”N10ŒŽ
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48) ’Ócœ¨Œá�C�¼ˆä�ç�H�Fˆê’莲—͂ƕϓ®�…•½—Í‚ðŽó‚¯‚éŠpŒ`�|ŠÇ’Œ‚̑ϗÍ�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ512�†�Cpp.149-156�C1998”N10ŒŽ
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47) “¡‰i�@—²�C’Ócœ¨Œá�C�¼ˆä�ç�H�C•ŸŠÔ‘å‰î�F—݉Á‹“xŽ®‚ÉŠî‚ÂRC‚¨‚æ‚ÑSRC’·’Œ‚Ì�V‘Ï—Í•]‰¿–@‚Ì�¸“x�C�|�\‘¢˜_•¶�W ‘æ5Šª‘æ18�†�Cpp.91-100�C1998”N6ŒŽ �@ |
| �¡ |
46) Jinan Chung�C’ÓcŒbŒá�C�¼ˆä�ç�H�F’†�Sˆ³�k‚ðŽó‚¯‚éƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ�Þ‚Ì’P�ƒ‚È�À‹ü‹“xŽ®�C�|�\‘¢˜_•¶�W ‘æ5Šª‘æ18�†�Cpp.61-69�C1998”N6ŒŽ �@ |
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45) ’Ócœ¨Œá�C�¼ˆä�ç�H�Fˆê’莲—͂ƕϓ®�…•½—Í‚ðŽó‚¯‚é‰~Œ`�|ŠÇ’Œ‚Ì’e‘Y�«�«�ó�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ505�†�Cpp.131-138�C1998”N3ŒŽ
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44) �¼ˆä�ç�H�C’Ócœ¨Œá�CŽR’n—Y“ñ˜Y�C“¡‰i�@—²�FƒRƒ“ƒNƒŠ�[ƒg�[“UŠpŒ`�|ŠÇ’Œ‚Ì�\‘¢�«”\‚ÆŽ²—Í�§ŒÀ’l�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ504�†�Cpp.103-110�C1998”N2ŒŽ
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43) Jinan Chung�C’ÓcŒbŒá�C�¼ˆä�ç�H�FProposed Buckling Strength Formula for Concentrically
Loaded Concrete-Filled Steel Tube Columns�CProc. of the 6th East Asia-Pacific
Conference on Structural Engineering and Construction�C pp.683-688�C1998”N1ŒŽ �@ |
| �¡ |
42) ’Ócœ¨Œá�C�¼ˆä�ç�H�CŽR’n—Y“ñ˜Y�C“¡‰i—²�FLimiting Axial Compressive Force and Structural
Performance of Concrete Filled Steel Tubular Beam-Columns�CProc. of the
6th East Asia-Pacific Conference on Structural Engineering and Construction�C
pp.677-682�C1998”N1ŒŽ �@ |
| �¡ |
41) �¼ˆä�ç�H�C’ÓcŒbŒá�C—›�@—í�FExperimental Study on Deformation Capacity of SRC Beam-Columns
Subjected to Axial Load and Varied Bending�CProc. of the 6th East Asia-Pacific
Conference on Structural Engineering and Construction�C pp.659-664�C1998”N1ŒŽ �@ |
| �¡ |
40) �¼ˆä�ç�H�C’Ócœ¨Œá�C�X•�Žj�F”í•¢Œ`�|ŠÇƒRƒ“ƒNƒŠ�[ƒg’Œ�Þ‚É‚¨‚¯‚é�|ŠÇ‚Ì•�Œú”ä�EŒaŒú”ä‚Ì�§ŒÀ’l�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ503�†�Cpp.157-163�C1998”N1ŒŽ
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39) ’Ócœ¨Œá�C�¼ˆä�ç�H�C“¡‰i�@—²�F—݉Á‹“xŽ®‚ð—p‚¢‚½RC’·’Œ‚̑ϗ͕]‰¿�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ503�†�Cpp.149-155�C1998”N1ŒŽ
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|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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| 1997”N |
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38) �¼ˆä�ç�H�C‰Í–ì�º•F�C’ÓcŒbŒá�F�|ŠÇƒRƒ“ƒNƒŠ�[ƒg�\‘¢‚ÉŠÖ‚·‚é�ŋ߂̌¤‹†�C‘æŽO‰ñ“ú’†Œš’z�\‘¢‹Z�pŒð—¬‰ï˜_•¶�W�Cpp.362-371�C1997”N11ŒŽ �@ |
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37) �¼ˆä�ç�H�C‰Í–ì�º•F�C’ÓcŒbŒá�C�ä�ƒˆê�Cˆä�ã‹M”V�FƒRƒ“ƒNƒŠ�[ƒg�[“U“à–ʓˋN•t‚«ŠpŒ`�|ŠÇ’Œ‚̑ϗ͂Ƌ““®�C‹ã�B‘åŠw�HŠw�W•ñ ‘æ70Šª ‘æ6�†�Cpp.599-606�C1997”N11ŒŽ �@ |
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36) �¼ˆä�ç�H�C’Ócœ¨Œá�C’Å—tŠìˆê�FƒRƒ“ƒNƒŠ�[ƒg�[“UŠpŒ`�|ŠÇ�\‘¢�œ‘g‚Ì�\‘¢�«”\‚ÉŠÖ‚·‚éŽÀŒ±“IŒ¤‹†�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ501�†�Cpp.165-172�C1997”N11ŒŽ
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35) ŽO’JŒM�C�¼ˆä�ç�H�C‰Í–ì�º•F�C’ÓcŒbŒá�FComparison of Several Codes for Concrete Filled
Tubular Beam-Columns�CProc. of Seminar by Association for International
Cooperation and Research in Steel-Concrete Composite Structures�Cpp.125-134�C1997”N9ŒŽ �@ |
| �¡ |
34) �¼ˆä�ç�H�CŽO’JŒM�C‰Í–ì�º•F�C’ÓcŒbŒá�FAIJ Design Method for Concrete Filled Steel Tubular
Structures�CProc. of Seminar by Association for International Cooperation
and Research in Steel-Concrete Composite Structures�Cpp.93-116�C1997”N9ŒŽ �@ |
| �¡ |
33) ’ÓcŒbŒá�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’·’Œ‚̑ϗ͕]‰¿–@�CŒš’z�|�\‘¢Œ¤‹†ƒtƒH�[ƒ‰ƒ€ Ž‘—¿�W�Cpp.58-65�C1997”N7ŒŽ �@ |
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32) ’Ócœ¨Œá�C�¼ˆä�ç�H�C�΋´–õ•v�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’·’Œ‚̑ϗ͕]‰¿Ž®�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ496�†�Cpp.119-126�C1997”N6ŒŽ
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31) �¼ˆä�ç�H�C’Ócœ¨Œá�C”ö�èŒ÷�C�΋´–õ•v�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’·’Œ‚̑ϗÍ�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ494�†�Cpp.137-144�C1997”N4ŒŽ
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30) �¼ˆä�ç�H�C’ÓcŒbŒá�C“¡‰i—²�FŽÀŒ±ƒf�[ƒ^ƒx�[ƒX‚ɊRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’Œ‚Ì�I‹Ç‹È‚°‘Ï—Í�C�\‘¢�HŠw˜_•¶�W Vol.43B�Cpp.587-595�C1997”N3ŒŽ �@ |
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29) ‹{–Ø‘��C�¼ˆä�ç�H�C’ÓcŒbŒá�C”¨ŒË—´•v�C�¡‘º‹P•��F‰“�S�¬Œ`ƒRƒ“ƒNƒŠ�[ƒg�[“UŠpŒ`�|ŠÇ’Œ‚ÌŽ²ˆ³�k‘Ï—ÍŽ®�C�\‘¢�HŠw˜_•¶�W Vol.43B�Cpp.581-586�C1997”N3ŒŽ �@ |
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‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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28) �¼ˆä�ç�H�C’ÓcŒbŒá�FStrength and Behavior of Slender Concrete Filled Steel Tubular
Columns�CProc. of the 2nd International Symposium on Civil Infrastructure
Systems�C pp.67-72�C1996”N12ŒŽ �@ |
| �¡ |
27) ’Ócœ¨Œá�C�¼ˆä�ç�H�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’Œ‚̗݉Á�À‹ü‰×�d �|ŠÇ‚̉ž—Í�|‚Ђ¸‚ÝŠÖŒW‚ªŠ®‘S’e‘Y�«Œ^‚Ì�ê�‡�C�|�\‘¢˜_•¶�W ‘æ3Šª‘æ11�†�Cpp.59-64�C1996”N9ŒŽ �@ |
| �¡ |
26) ’Ócœ¨Œá�C�¼ˆä�ç�H�C”ü–ì‰pŽi�FStrength and Behavior of Slender Concrete Filled Steel
Tubular Columns�CProc. of the 5th International Colloquium on Structural
Stability�C pp.489-500�C1996”N8ŒŽ �@ |
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25) ’Ócœ¨Œá�C�¼ˆä�ç�H�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’·’Œ‚̗݉Á‘Ï—Í•]‰¿‚É—p‚¢‚éƒRƒ“ƒNƒŠ�[ƒg’Œ‚̑ϗÍ�C�|�\‘¢˜_•¶�W ‘æ3Šª‘æ10�†�Cpp.39-48�C1996”N6ŒŽ �@ |
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24) ‹{–Ø‘��C�¼ˆä�ç�H�C’ÓcŒbŒá�C”¨ŒË—´•v�C�¡‘º‹P•��F‰“�S�¬Œ`ƒRƒ“ƒNƒŠ�[ƒg�[“U‰~Œ`�|ŠÇ’Œ‚ÌŽ²ˆ³�k‘Ï—ÍŽ®�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ482�†�Cpp.151-160�C1996”N4ŒŽ
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23) ‹{–Ø‘��C�¼ˆä�ç�H�C’ÓcŒbŒá�C”¨ŒË—´•v�C�¡‘º‹P•��F‰“�S�¬Œ`ƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’Œ‚ÌŽ²ˆ³�k�«�ó�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶�W ‘æ482�†�Cpp.121-130�C1996”N4ŒŽ
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22) ’Ócœ¨Œá�C�¼ˆä�ç�H�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’Œ‚̗݉Á�À‹ü‰×�d�C�|�\‘¢˜_•¶�W ‘æ3Šª‘æ9�†�Cpp.11-18�C1996”N3ŒŽ �@ |
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21) ’Ócœ¨Œá�C�¼ˆä�ç�H�C�΋´–õ•v�FƒRƒ“ƒNƒŠ�[ƒg�[“U�|ŠÇ’Œ‚Ì�À‹ü‘Ï—Í�C�\‘¢�HŠw˜_•¶�W Vol.42B�Cpp.485-494�C1996”N3ŒŽ �@ |
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20) �¼ˆä�ç�H�C’Ócœ¨Œá�C�΋´–õ•v�FSlender Concrete Filled Steel Tubular Columns under
Combined Compression and Bending�CProc. of the 4th Pacific Structural Steel
Conference�C pp.29-36�C1995”N10ŒŽ �@ |
| �¡ |
19) ’Ócœ¨Œá�C�¼ˆä�ç�H�C�΋´–õ•v�FStability Design of Slender Concrete Filled Steel Tubular
Columns�CProc. of the 5th East Asia-Pacific Conference on Structural Engineering
and Construction�C pp.439-444�C1995”N7ŒŽ �@ |
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| 1994”N |
| �¡ |
18) ’Ócœ¨Œá�C�¼ˆä�ç�H�CƒwƒVƒƒƒ€�@ƒ[ƒ“�@ƒGƒ‹�@ƒfƒBƒ“�C”ö�èŒ÷�C�΋´–õ•v�FDesign Method of Slender Concrete
Filled Steel Tubular Columns�CProc. of the Fourth ASCCS International Conference�Cpp.88-91�C1994”N6ŒŽ �@ |
| �¡ |
17) ’Ócœ¨Œá�C�¼ˆä�ç�H�FƒRƒ“ƒNƒŠ�[ƒg�[“UŠpŒ`�|ŠÇ’Œ‚Ì�\‘¢�«”\‚Æ•�Œú”ä�§ŒÀ’l‚ɂ‚¢‚Ä�C�|�\‘¢˜_•¶�W ‘æ1Šª‘æ2�†�Cpp.25-36�C1994”N6ŒŽ �@ |
| �¡ |
16) �¼ˆä�ç�H�C’Ócœ¨Œá�C”ö�èŒ÷�C�΋´–õ•v�FƒRƒ“ƒNƒŠ�[ƒg�[“U‰~Œ`�|ŠÇ’·’Œ‚Ì�ÝŒvŽ®‚ɂ‚¢‚Ä�C�\‘¢�HŠw˜_•¶�W Vol.40B�Cpp.403-410�C1994”N3ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
|
| 1993”N |
| �¡ |
15) �¼ˆä�ç�H�C’Ócœ¨Œá�CƒwƒVƒƒƒ€�@ƒ[ƒ“�@ƒGƒ‹�@ƒfƒBƒ“�FStability Design of Slender Concrete Filled
Steel Square Tubular Columns�CProc. of the Fourth East Asia-Pacific Conference
on Structural Engineering & Construction�C pp.317-322 �C1993”N9ŒŽ �@ |
| �¡ |
14) ƒwƒVƒƒƒ€�@ƒ[ƒ“�@ƒGƒ‹�@ƒfƒBƒ“�C�¼ˆä�ç�H�C’ÓcŒbŒá�FƒRƒ“ƒNƒŠ�[ƒg�[“UŠpŒ`�|ŠÇ’Œ‚̈À’è�«‚Æ�À‹üŒã‹““®�C�\‘¢�HŠw˜_•¶�W Vol.39B�Cpp.323-334�C1993”N3ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
|
| 1992”N |
| �¡ |
13) �¼ˆä�ç�H�C’ÓcŒbŒá�C�]Š¥‰Ø�FŒJ•Ô‚µ‹È‚°‚ðŽó‚¯‚éSRC’Œ�ނ̈À’èŒÀŠE޲—͂Ɋւ·‚é‰ð�Í“IŒ¤‹†�CƒRƒ“ƒNƒŠ�[ƒg�HŠw˜_•¶�W ‘æ‚RŠª‘æ‚P�†�Cpp.45-56�C1992”N1ŒŽ �@ |
|
| 1991”N |
| �¡ |
12) �¼ˆä�ç�H�CŒv—ÇŒõˆê˜Y�C‰Í–ì�º•F�C’Ócœ¨Œá�C�ä�@�ƒˆê�FDevelopment of Concrete Filled Steel Tubular
Structures with Inner Ribs�CProc. of the 3rd International Conference on
Steel-Concrete Composite Structures�Cpp. 201-206�C1991”N9ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
|
| 1990”N |
| �¡ |
11) �¼ˆä�ç�H�C’Ócœ¨Œá�C’†›”�_”V�FReinforcement against Shear Failure of Connection-Panel�CIABSE
Symp. Mixed Structures including New Materials�C pp.281-282�C1990”N9ŒŽ �@ |
| �¡ |
10) �¼ˆä�ç�H�C’ÓcŒbŒá�C�]Š¥‰Ø�FStability Limit Axial Force of Steel-Concrete Composite
Columns under Repeated Bending �CFourth International Colloquium on Structural
Stability�Cpp.495-504�C1989”N10ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
|
| 1989”N |
| �¡ |
9) �¼ˆä�ç�H�C’Ócœ¨Œá�C’†›”�_”V�F’Œ‚Í‚è�Ú�‡•”‚Ì‚¹‚ñ’f•â‹–@�C‘æ‚Q‰ñ�‡�¬�\‘¢‚ÌŠˆ—p‚ÉŠÖ‚·‚éƒVƒ“ƒ|ƒWƒEƒ€�u‰‰˜_•¶�W�Cpp.129-134�C1989”N9ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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| 1988”N |
| �¡ |
8) ’Ócœ¨Œá�C�¼ˆä�ç�H�C�]Š¥‰Ø�FStrength and Behavior of SRC Beam-Columns using High-Strength
Steel�CProc. of 9th World Conference on Earthquake Engineering�C pp.731-736�C1988”N8ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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| 1987”N |
| �¡ |
7) �¼ˆä�ç�H�C’Ócœ¨Œá�FStrength and Behavior of Concrete-Filled Steel Square Tubular
Columns with Large Width-Thickness Ratio�CProc. of Pacific Conference on
Earthquake Engineering�C pp.1-9�C1987”N8ŒŽ �@ |
| �¡ |
6) �¼ˆä�ç�H�C�X–ì�·•ã�C�¼‘º�O“¹�C’ÓcŒbŒá�FNew Type of Composite Beam-to-Column Connection
using Embossed Wide Flange Steel Shape�CComposite Construction in Steel
and Concrete ST Div. ASCE/Henniker�Cpp.598-613�C1987”N6ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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| 1986”N |
| �¡ |
5) �¼ˆä�ç�H�C’Ócœ¨Œá�FStrength and Behavior of Circular Steel Tubular Beam-Columns�CInt.
Conf. on Steel Structures�C pp.53-62�C1986”N9ŒŽ �@ |
| �¡ |
4) �¼ˆä�ç�H�C’Ócœ¨Œá�FUltimate Strength of Square Steel Tubular Members and Frames�CProc.
of Int. Meeting on Safety Criteria in Design of Tubular Structure�C pp.37-45�C1986”N7ŒŽ �@ |
| �¡ |
3) �¼ˆä�ç�H�C�X–ì�·•ã�C’Ócœ¨Œá�F޲—͂ƔCˆÓ•ûŒü�…•½—Í‚ðŽó‚¯‚éHŒ`�|’Œ�Þ‚Ì’e‘Y�«�«�ó‚ÉŠÖ‚·‚éŽÀŒ±“IŒ¤‹†�C“ú–{Œš’zŠw‰ï�\‘¢Œn˜_•¶•ñ���W ‘æ361�†�Cpp.113-122�C1986”N3ŒŽ
�@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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| 1984”N |
| �¡ |
2) �¼ˆä�ç�H�C�X–ì�·•ã�C’Ócœ¨Œá�FInelastic Behavior of Steel Beam-Columns of Box Section
under the Constant Vertical and Alternating Horizontal Loads�CProc. of 8th
World Conference on Earthquake Engineering�Cpp.153-160�C1984”N7ŒŽ �@ |
|
‚±‚̃y�[ƒW‚̃gƒbƒv�ª |
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| 1980”N |
| �¡ |
1) �¼ˆä�ç�H�C�X–ì�·•ã�C’Ócœ¨Œá�FInelastic Behavior of Wide-Flange Beam-Columns under Constant Vertical and Two-Dimensional Alternating Horizontal Loads�C Proc.of 7th World Conference on Earthquake Engineering�Cpp.39-46�C1980”N9ŒŽ �@ |
| ‚±‚̃y�[ƒW‚̃gƒbƒv�ª |