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論文著述

(A)期刊論文

1. Maher, K., Pan, C.L. and Yu, W.W., (1992), “Effect of Strain Rate on Cold-Formed Steel Columns,” J. of Structural Division, ASCE, Vol. 118, No. 11, pp 3151-3168. (SCI)

2. 林商裕,伍勝民,潘吉齡,江支弘,(1998), “台中地區高層建築工法成本 及進度分析之研究”,土木工程技術,第二卷,第一期,第63-76頁。

3. Pan, C.L. and Yu, W. W., (1998), “The Structural Behavior of Homogeneous and Hybrid Columns under Dynamic Loading Conditions,” Journal on Thin-walled Structures, Elsevier Science Limited, Vol. 31, pp 289-303. (SCI)

4. 潘吉齡,(1999),“冷型鋼結構之研究與發展”,土木技術,一九九九年二月 號,第70-75頁。

5. 潘吉齡,(2000),“冷軋型鋼與冷軋型鋼之差異比較”,土木技術,二OOO年 二月號,第84-88頁。

6. Pan, C.L. and Yu, W.W., (2001) “Yield Moment of Cold-Formed Steel Beams under Different Strain Rates,” J. of Structural Engineering, ASCE, Vol. 127, No.

3, pp 264-270. (SCI)

7. Pan, C.L., Wu, S., and Yu, W. W., (2001), “Strain Rate and Aging Effect on the Mechanical Properties of Sheet Steels,” Journal on Thin-walled Structures, Elsevier Science Limited, Vol. 39, pp 429-444. (SCI)

8. 金文森,潘吉齡,江正憲,(2001),“營建工程職業道德課程規劃之研究”,通 識教育季刊,第八卷第一期,第61-78頁。

9. Pan, C.L. and Yu, W. W., (2002), “Bending Strength of Hybrid Cold-Formed Steel Beams,” Journal on Thin-walled Structures, Elsevier Science Limited, Vol.

40, pp 399-414. (SCI)

10. Pan, C.L., (2002), “Shear lag effect on bolted C-shaped cold-formed steel tension members,” Sixteenth International Specialty Conference on Cold-Formed Steel Structures: Recent Research and Developments in Cold-Formed Steel Design and Construction, pp 677-696. (EI)

11. Pan, C.L., (2003) “Equivalent Section Method for the Prediction of Strength of Hybrid Beams,” International J. of Applied Science and Engineering, Vol. 1, No.

2, pp 101-113.

12. 潘吉齡,(2004),”冷軋型鋼構架系統結構行為研究”,工程科技通訊,國科 會工程處工程推展中心,第七十三期,第96-101頁。

13. 彭瑞麟,潘吉齡,黃培松,(2004),”營建工程鋼管施工架結構承載力之探討”,

中國土木水利工程學刊,第十六卷第三期,第425-435頁。

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14. Pan, C.L., (2004) “Prediction of the Strength of Bolted Channel Sections in Tension,” Journal on Thin-walled Structures, Elsevier Science Limited. Vol.42, pp1171-1198. (SCI)

15. Pan, C.L. and Peng, J.L., (2005) “Performance of Cold-Formed Steel Wall Frames under Compression,” Steel & Composite Structures, Vol. 5, No. 5, October. (SCI)

16. Pan, C.L., (2006), “Shear lag effect on bolted L-shaped cold-formed steel tension members,” Eighteenth International Specialty Conference on Cold-Formed Steel Structures: Recent Research and Developments in Cold-Formed Steel Design and Construction, pp 679-694. (EI)

17. King, W.S., Chen, W.F., Duan, L., and Pan, C.L., (2008) “Education Improvement in Construction Ethics,” Journal of Professional Issues in Engineering Education & Practice, Forum, Vol. 134, No. 1, January, pp 12-19.

(SSCI)

18. Lin, S.H., Pan, C.L., and Yu, C.P., (2008), “Computed Flexural Buckling Stress for Cold-Formed Stainless Steel Columns,” Nineteenth International Specialty Conference on Cold-Formed Steel Structures, Oct. 14-16, St. Louis. (EI) (accepted)

19. Peng, J.L., Pan, C.L., Chen, K.H., and Chan, S.L., (2008), “Structural Analysis of Scaffolding with Plank and Anchor Rod during Construction,” Nineteenth International Specialty Conference on Cold-Formed Steel Structures, Oct. 14-16, St. Louis. (EI) (accepted)

20. 潘吉齡,林新華,余志鵬,林政億,(2008),“高性能鋼材應用於建築結構之 研究”,建築學報,中華民國建築學會。(已接受)

(B)研討會論文

1. Yu, W.W., Parks, M.B., Santaputra, C., Pan, L.C., Kassar, M., and Pan, C.L., (1993), “Automotive Structural Components Using High Strength Sheet Steels,”

International Workshop on Cold-Formed Steel Structures, Session E, Sydney, Australia.

2. Pan, C.L. and Yu, W.W., (1993), “Influence of Strain Rate on the Structural Strength of Cold-Formed Steel Automotive Components,” Proceedings of Automotive Body Materials, International Body Engineering Conference, Session 1, pp44-55, Detroit, USA.

3. Scheel, B.C., Sheh, M.Y., Tran, P.H., Pan, C.L., and Yu, W.W., (1993), “Impact and Static Crush Performances of Bimaterial Hat Section Columns,” Proceedings

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of Automotive Body Design & Engineering, International Body Engineering Conference, pp48-55, Detroit, USA.

4. Pan, C.L., Yu, W.W., Schel, B.C., and Sheh, M.Y., (1994), “Effect of Stain Rate on the Structural Strength of Crushing Behavior of Hybrid Stub Columns,”

Proceedings of Automotive Body Design & Engineering, International Body Engineering Conference, pp101-108, Detroit, USA.

5. Pan, C.L. and Yu, W.W., (1995), “Mechanical Properties of Sheet Steels and Structural Strength of Cold-Formed Steel Stub Columns Affected by Strain Rate,” Proceedings of 4th Pacific Structural Steel Conference, Volume 1, pp269-276, Singapore.

6. Pan, C.L. and Yu, W.W., (1995), “Structural Strength and Crushing Behavior of Hybrid Cold-Formed Steel Stub Columns under Dynamic Loading Condition,”

Proceedings of International Conference on Structural Stability and Design, pp431-438, Sydney, Australia.

7. Pan, C.L., and Yu, W.W., (1996), “Structural Strength of Hybrid Cold-Formed Steel Beams under Dynamic Loading Conditions,” Proceedings of Automotive Body Design & Engineering, International Body Engineering Conference, pp99-105, Detroit, USA.

8. 潘 吉 齡 , (1996) , “The Local Buckling Strength and Yield Strength of Cold-Formed Steel Hybrid Beams Using Different Sheet Steels”,中華民國第三 屆結構工程研討會,第四卷,第1581-1593頁,墾丁。

9. 潘吉齡,于煒文,彭瑞麟,李台光,(1999),“輕鋼架(冷型鋼)構造設計規範 之調查研究”,八十八年度建築研究計畫聯合研討會,內政部建築研究所,

第二十四卷,台北。

10. 潘吉齡,(2000),“輕鋼構(冷軋型鋼)建築之發展”,鋼構造建築工程實務研討 會,中華建築中心,台北。

11. Pan, C.L., Cheng, C.C., Chiang, C.H., and Yu, C.P., (2000), “The Safety Assessment and Rehabilitation of Chaoyang Engineering Building,” International Workshop on Annual Commemoration of Chi-Chi Earthquake, Taipei.

12. 潘吉齡,(2000),“輕(冷)型鋼構建築推廣研討”,關懷九二一震災系列研討會 -工程自動化研討會,中華建築中心,台中。

13. 葉祥海,潘吉齡,李台光,余志鵬,林新華,焦祥梓,(2000),“冷軋型鋼構 造設計規範及解說之研擬”,八十九年度建築研究計畫聯合研討會,內政部 建築研究所,第二十四卷,台北。

14. 潘吉齡,(2001),“美日澳輕鋼構住宅現況與台灣住宅之展望”,二十一世紀 房屋住宅產業新趨勢–輕鋼構住宅研討會,台北、台中、台南。

15. 葉祥海,潘吉齡,李台光,林新華,(2001),“冷軋型鋼構造設計範例與設計 手冊之研擬”,九十年度建築研究計畫聯合研討會,內政部建築研究所,第

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十二卷,台北。

16. 彭瑞麟,潘吉齡,黃培松,(2001),“鋼管施工架承載力受偏心載重影響之探 討”,中華民國第二十五屆全國力學會議,台中。

17. 劉玉純,鄭茂川,潘吉齡,(2002),“輕鋼架隔間牆承載能力之研究-受軸向 均布應力”,2002設計研討會,中華民國設計學會,17-22,台中。

18. 謝明錦,潘吉齡,劉瑞豐,(2002),“輕鋼構低層建築施工手冊研擬”,九十 一年度建築研究計畫聯合研討會,內政部建築研究所,第十二卷,台北。

19. Cheng, T.M., Chiang, C.H., Pan, C.L, and Yu, C.P., (2003), “Evolution of Civil Engineering Curriculum in Polytechnic Universities in Taiwan: an Innovating Curriculum of Construction Engineering,” 1st International Conference/Workshop on Engineering Education, USA.

20. 潘吉齡,(2003),“輕鋼架建築在台灣之趨勢”,鋼管門形鷹架模板支撐分析 設計及輕鋼架建築研討會,台灣省土木技師公會,台北。

21. 潘吉齡,(2003),“冷軋型鋼構造建築物結構設計規範及解說”,輕鋼構建築 技術研討會,中華輕型鋼構建築協會,台北。

22. 潘吉齡,陳文亮,董皇志,(2003),“輕型鋼構住宅建築與結構細部設計整合 之研究”,九十二年度建築研究計畫聯合研討會,內政部建築研究所,第八 卷,台北。

23. Chiang, C.H., Gi, Y.F., Pan C.L., and Cheng, C.C., (2004) “Elastic wave propagation in concrete and continuous wavelet transform,” presented in the 31st Annual Review of Progress in Quantitative Nondestructive Evaluation, July 25-30, Golden, Colorado, USA.

24. 潘吉齡,鍾秉璁,(2004),“具腹板開孔之C型冷軋型鋼受壓強度研究”,中華 民國第七屆結構工程研討會,August 22-24,桃園。

25. 潘吉齡,羅仁甫,(2004),“剪力延遲對加勁C形冷軋型鋼抗拉強度之影響”,

中華民國第七屆結構工程研討會,August 22-24,桃園

26. 潘吉齡,(2004),“我國輕鋼構住宅相關規範探討”,輕型鋼構住宅技術國際 交流研討會,中華輕型鋼構建築協會,November 04,台北。

27. 潘吉齡,洪百耀,單明陽,董皇志,(2004),“冷軋型鋼構造施工規範之研擬”,

九十三年度建築研究計畫聯合研討會,內政部建築研究所,第二卷,台北。

28. 彭瑞麟,潘吉齡,蔡文彬,張庭瑋,(2004),“我國營造業職業災害特質與防 制對策之研討”,第九屆營建工程與管理研究成果聯合發表會。

29. 潘吉齡,(2005),“輕鋼架住宅市場展望”,新工法新技術-冷軋型鋼構住宅技 術研討會,台北市土木技師公會,台北。

30. 潘吉齡,(2005),“施工技術與監造”,新工法新技術-冷軋型鋼構住宅技術研 討會,台灣省土木技師公會,台北。

31. 潘吉齡,邱益仁,(2006),“具矽酸鈣板外覆材之輕鋼構牆軸向承載能力研 究”,中華民國第八屆結構工程研討會,September 01-03,日月潭。

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32. 潘吉齡,王圍五,(2006),“具矽酸鈣板外覆材的輕鋼構牆體受剪力時之行為 研究”,中華民國第八屆結構工程研討會,September 01-03,日月潭。

33. Pan, C.L. and Shan, M.Y, (2008), “Monotonic Shear Tests of Cold-Formed Steel Wall Frames with Calcium Silicate Board,” Fifth International Conference on Thin-Walled Structures, June 18-20, Brisbane, Australia.

34. Pan, C.L., Lin, S.H, and Lin, C.Y., (2008), “Structural Behavior of Cold-Formed Steel Wall Studs with Sheathing under Axial Loads,” Fifth International Conference on Coupled Instabilities in Metal Structures, June 23-25, Sydney, Australia.

35. 潘吉齡,(2008),“輕型鋼建築構造施工技術之發展”,營建企業產學促進研 討會,明新科技大學,September 29,新竹。

(C)技術報告及其他

1. Lin, S.W., Hsiao L.E., Pan, C.L., and Yu, W.W., (1988), “Structural Strength of Cold-Formed Steel I-Beams and Hat Sections Subjected to Web Crippling Load,”

Design of Automotive Structural Components Using High Strength Sheet Steel, Civil Engineering Study 88-5,UMR.

2. Pan, C.L. and Yu, W.W., (1990), “Structural Strengths of Cold-Formed Steel Members under Dynamic Loads,” Design of Automotive Structural Components Using High Strength Sheet Steel, Civil Engineering Study 90-2, UMR.

3. Pan, C.L and Yu, W.W., (1991), “Structural Strengths of Cold-Formed Steel Beams under Dynamic Loads,” Design of Automotive Structural Components Using High Strength Sheet Steel, Civil Engineering Study 91-4, UMR.

4. Pan, C.L. and Yu, W.W., (1992), “Mechanical Properties of Materials,” Design of Automotive Structural Component Using High Strength Sheet Steel, Civil Engineering Study 92-2, UMR.

5. Pan, C.L. and Yu, W.W., (1992), “Influence of Strain Rate on the Mechanical Properties of Sheet Steels and Structural Performance of Cold-Formed Steel Members,” Design of Automotive Structural Components Using High Strength Sheet Steel, Civil Engineering Study 92-3, UMR.

6. Pan, C.L. and Yu, W.W., (1993), “Effect of Strain Rate on the Structural Strength and Crushing Behavior of Cold-Formed Steel Stub Columns,” Design of Automotive Structural Components Using High Strength Sheet Steel, Civil Engineering Study 93-1, UMR.

7. Pan C.L. and Yu, W.W., (1995), “Effect of Strain Rate on the Structural Strength of Cold-Formed Steel Hybrid Beams,” Design of Automotive Structural

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Components Using High Strength Sheet Steel, Civil Engineering Study 95-4, UMR.

8. 潘吉齡,(1996),“Effect of Strain Rate on the Structural Strength of Cold-Formed Steel Hybrid Beams Using Different Sheet Steels”,行政院國家科學委員會專題 研究計畫報告。

9. Wu, Shaojie, Pan, C.L., and Yu, W.W., (1997), “Mechanical Properties of Materials (Aging Effect),” Design of Automotive Structural Components Using High Strength Sheet Steel, Civil Engineering Study 97-1, UMR.

10.江支弘,潘吉齡,(1998),”混凝土握裹力之非破壞評估-聲波法應用”行政院 國家科學委員會專題研究計畫報告。

11.Pan, C.L. and Yu, W.W., (1998), “Transformed Section Method for the Calculation of Yield Moment of Cold-Formed Steel Hybrid Beams,” Design of Automotive Structural Components Using High Strength Sheet Steel, Civil Engineering Study 98-1, UMR.

12.潘吉齡,晏瑞文,曾宏立,溫慧懿,(1999),“技職校院國際合作與交流資訊 中心網頁建立計畫”,教育部技職司計畫期末報告。

13.潘吉齡,于煒文,彭瑞麟,李台光,(1999),“輕鋼架(冷型鋼)構造設計規範 之調查研究”,內政部建築研究所研究計畫成果報告,MOIS 881008-3。

14.金文森,潘吉齡,(2000),“營建工程倫理與職業道德之研究”,行政院國家科 學委員會專題研究計畫報告,NSC89-2516-S-324-003。

15.葉祥海,潘吉齡,李台光,余志鵬,林新華,焦祥梓,(2000),“冷軋型鋼構 造設計規範及解說之研擬”,內政部建築研究所研究計畫成果報告,MOIS 892014。

16.潘吉齡,彭瑞麟,(2001),“輕鋼架隔間系統結構承載能力之研究”,行政院國 家科學委員會專題研究計畫報告,NSC89-2626-E-324-003。

17.彭瑞麟、顏聰、潘吉齡、伍勝民,王鍾勝,(2001),“可調鋼管支柱模板支撐 系統承載力之分析”,行政院國家科學委員會專題研究計畫報告,NSC 89-2211-E-224-037。

18.葉祥海,潘吉齡,李台光,林新華,(2001),“冷軋型鋼構造設計範例與設計 手冊之研擬”,內政部建築研究所研究計畫成果報告,MOIS 902012。

19.潘吉齡,余志鵬,(2002),”腹板開孔對冷軋型鋼受壓構件之影響”,行政院國 家科學委員會專題研究計畫報告,NSC90-2211-E-324-008。

20.謝明錦,潘吉齡,劉瑞豐,(2002),“輕鋼構低層建築施工手冊研擬”,內政部 建築研究所研究計畫成果報告,MOIS 912025。

21.潘吉齡,彭瑞麟,(2003),”冷軋型鋼構架系統結構行為研究(I)”,行政院國家 科學委員會專題研究計畫報告,NSC91-2211-E-324-016。

22.潘吉齡,陳文亮,董皇志,(2003),“輕型鋼構住宅建築與結構細部設計整合 之研究”,內政部建築研究所研究計畫成果報告,092301070000G1014。

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23.潘吉齡,彭瑞麟,(2004),”冷軋型鋼構架系統結構行為研究(II)”,行政院國 家科學委員會專題研究計畫報告,NSC92-2211-E-324-015。

24.潘吉齡,洪百耀,單明陽,董皇志,(2004),“冷軋型鋼構造施工規範之研擬”,

內政部建築研究所研究計畫成果報告,093-30107000G1-012。

25. 潘吉齡,呂東苗,彭瑞麟,(2005),”冷軋型鋼構架系統結構行為研究(III)”,

行政院國家科學委員會專題研究計畫報告,NSC93-2211-E-324-017。

26. 潘吉齡,(2007),”冷軋型鋼牆體立柱與外覆材互制行為研究”,行政院國家 科學委員會專題研究計畫期中進度報告,NSC95-2211-E-324-048-MY2。

27. 潘吉齡,林新華,余志鵬,(2007),“高性能鋼材應用於建築結構之研究”,

內政部建築研究所研究計畫成果報告,096301070000G1020。

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