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教師資料查詢 | 教師：吳重成

# 學年期 類別 標題
31 93-1 會議論文 風力規範有關高層建築順風向設計風力之研究
32 89-1 會議論文 Active Control of Nanjing TV Transmission Tower for Suppressing Wind-Induced Vibration
33 93-1 會議論文 風力規範有關高層建築橫風向與扭轉向設計風力之研究
34 93-1 會議論文 建築物設計風力規範之現況與比較
35 95-1 會議論文 Novel Identification Technique on Bridge Flutter Derivatives by Forced Actuation
36 97-1 會議論文 Win-Induced Pitching Interaction of a Structure and a Tuned Liquid Column Damper (TLCD)
37 91-1 會議論文 Wind Attack Angle Effect on High-Rise Building with Active Control
38 100-2 外語授課紀錄 土木系工設二：工程數學 TECAB2E0034 2B
39 100-2 教學計畫表 土木系工設四：初等結構動力學 TECAB4E1678 0P
40 100-2 教學計畫表 土木系工設二：土壤力學實驗 TECAB2E0013 0D
41 100-2 教學計畫表 土木系工設二：工程數學 TECAB2E0034 2B
42 100-1 研究獎勵 Optimal Designs for Non-Uniform Tuned Liquid Column Dampers in Horizontal Motion
43 98-1 期刊論文 Optimal Designs for Non-Uniform Tuned Liquid Column Dampers in Horizontal Motion
44 101-1 研發處: 研究計畫 (國科會) 高層建築橫風向氣彈鎖定(Lock-in)效應之參數識別(III)
45 84-1 期刊論文 Sliding mode control of nonlinear and hysteretic structures
46 78-2 經歷 中華顧問工程司(現台灣世曦)
47 100-1 研究報告 高層建築橫風向氣彈鎖定(Lock-in)效應之參數識別(II)
48 98-1 參與國際學術活動 7th Asia-Pacific Conference on Wind Engineering (APCWE-7)
49 84-1 會議論文 Reduced-order sliding mode control with compensators for seismic response control
50 97-1 期刊論文 Wind-induced interaction of a non-uniform tuned liquid column damper and a structure in pitching motion
51 83-1 會議論文 Parametric Control of Seismic-Excited Structures
52 82-1 會議論文 Hybrid Protective System for Seismic-Excited Bridges
53 85-2 會議論文 Continuous sliding mode control of a TV transmission tower under stochastic wind
54 82-1 會議論文 Control of Seismic-Excited Buildings Using Active Variable Stiffness Systems
55 82-1 會議論文 Hybrid Protective Systems for Seismic-Excited Bridges
60 85-2 會議論文 Application of sliding mode control to benchmark problem
56 82-1 會議論文 Aseismic Hybrid Control of Bridge Structures
57 84-1 期刊論文 Sliding mode control of seismically excited linear structures
58 81-1 會議論文 Discontinuous Nonlinear Control of Base-Isolated Buildings
59 83-1 期刊論文 Control of Sliding-Isolated Buildings Using Dynamic Linearization