《1》 J.G. Quintiere,“Fire Growth”,Fire Technology First Quarter,1997,pp.7-31.
《2》 K. Kawagoe,“Fire Behavior in Rooms”,Building Research Institute Report No27,Tokyo,1958.
《3》 Walter W. JONES,“A Multi-compartment Model For the Spread of Fire, Smoke and Toxic Gases”,National Bureau of Standards, Washington, DC 20234,U.S.A.,1985.
《4》 R.D. Peacock, G.P. Forney, P. Reneke, R. Portier and W.W. Jones,CFAST,The Consolidated Model of Fire Growth and Smoke Transport. NIST Technical Note 1299,NIST,US Dept. of Commerce,1993.
《5》 W. K. Chow,“Study on the Flashover Criteria for Compartmental Fires”,Journal of Fire Sciences,vol.16,no.5,pp 95-106,1998.
《6》W.K. Chow,“An Approach for Evaluating Fire Zone Models”,Journal of Fire Sciences,vol.16,pp.25-31,1998.
《7》 M. Luo,“One Zone or Two Zone in the room of Fire Qrigin During Fire?The Effects of the Air-Handling System”,Center for Environmental Safety and Risk Engineering Victoria University of Technology P.O. Box 14428,MCMC,1997.
《8》 G. Cox, and S. Kumar,“Field Modeling of Fire in Forces Ventilated Enclosures”,Combustion Science and Technology,vol.52,pp 7,1987.
《9》 N.C. Markatos and K.A. Pericleous,“An Investigation of 3-D Fires in Enclosures”,Fire Dynamics and Heat Transfer,HTD-vol.25,ASME,New York,pp 115-124,1983.
《10》 W.G. Bos,V.D. Elsen,C.J. Hoogendoorn, and F.L. Test,“Numerical Study of Stratification of a Smoke Layer in a Corridor”,Combustion Science and Technology,vol.38,pp 243-277,1984.
《11》 W. K. Chow and W. M. Leung,“Solid-Wall Boundary Effect on a Building Fire Field Model”,Combustion Science and Technology,vol.71, pp.77-93,1990.
《12》 A. C. Ku, M. L.Doria and J. R. Lloyd,“Numerical Modeling of Unsteady Buoyant Flows Generated by Fire in a Corridor”,16th Symposium(International)on Combustion,Combustion Institute, Pittsburg PA.,pp.1373-1384,1976.
《13》 K. Yang, T.Lloyd, A. Kanury and K. Satoh,“Modeling of Turbulent Buoyant Flows in Aircraft Cabins”, Combustion Science and Technology,vol.39,pp.107-118,1984.
《14》 K. Satoh,“Three Dimensional Field Model Analysis of Fire-Induced Flow in an Enclosure With a Doorway Opening Comparison with NBS Fire tests”,Technical Report, Fire Research Institute of Japan,1985.
《15》W. K. Chow,“Use of Zone Models on Simulating Compartmental Fires with Forced Ventilation”,Fire and Materials,vol.19,pp.101-108, 1995.
《16》 N. C. Markatos and K. A. Pericleous,“An Investigation of 3-D Fire in Encloses”,Fire Dynamics and Heat Transfer,HTD-vol.25,ASME,New York,pp.161-172,1995.
《17》 W. K. Ho, L. C. Weng and C. H. Chen,“Ventilation Effects on the Flow Structure in a Compartment Cold Results”,Proceeding og 20TH International Conference on Theoretical and Applied Mechanics, Taipei,Taiwan,1996.
《18》 G. V. Hadjisophocleous and M. Cacambouras,“Computer Modeling of Compartment Fires”,J. of Fire Prot.Engr.5(2),pp.39-52,1993.
《19》 L. K. Mawhinney, E. R. Hoffmann and M. K. Patel,“A Comparison of Two Fire Field Models with Experimental Room Fire Data”, Proceeding of the Fourth International Symoposium in Fire Safety Science Hemispere Publishing Corp., New York,pp.161-172,1995.
《20》 M. Luo,“Application of Field Model and Two-Zone Model to Flashover Fires in a Full-scale Multi-room Single Level Building”,Center for Environmental Safety and Risk Engineering Victoria University of Technology P. O. Box 14428,MCMC,1997.
《21》 Y. He,“Smoke Spread Experiment in a Multi-storey Building and Computer Modeling”, Center for Environmental Safety and Risk Engineering Victoria University of Technology P. O. Box 14428,MCMC, 1997.
《22》 G.W.Mulholland,「Smoke Production and Properties」, Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 15, Section 2, 2/217-227 pp
《23》 L.Y.Cooper,「Compartment Fire-Generated Environment and Smoke Filling」, Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 10, Section 3, 3/174-196 pp
《24》 D.D.Evans,「Ceiling Jet Flows」, Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 4, Section 2, 2/32-39 pp
《25》 R.P.Fleming,「Automatic Sprinkler System Caculations」, Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 3, Section 4, 4/56-69 pp
《26》 G.Heskestad,「Fire Plumes」, Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 2, Section 2, 2/9-19 pp
《27》 J.Pauls,「Movement of People」, Editors, SFPE Handbook of Fire Protection Engineering, 2nd Edition, Chapter 13, Section 3, 2/263-285 pp
《28》 M.Spearpoint, F.W.Moerer and K.McGrattan,「Simulation of Compartment Flashover Fire Using Hand Calculation, Zone Models and a Field Model」, October 4-8, 1999, Chicago, IL, Society of Fire Protection Engineers, Boston, MA, 3-14 pp, 1999
《29》R.D.Peacock, P.A.Reneke, W.W.Jones, R.W.Bukowski, G.P.Forney,「Guide and Technical Reference for CFAST : Engineering Tools for Estimating Fire Growth and Smoke Transport」, (1997)
《30》 K.B.Mcgrattan, G.P.Forney, J.E.Floyd, S.Hostikka,「Fire Dynamics Simulator-User’s Guide」, 2001
《31》 G.P.Forney, K.B.Mcgrattan,「User’s Guide for Smokeview-A Tool for Visualizing Fire Dynamics Simulation Data」, 2001
《32》 S.Kakegawa, Y.Yashiro, M.Ebihara,「Life Safety Evaluation of Large Populations with Mixed-Abilities」
《33》 R.D.Peacock, P.A.Reneke, R.W.Bukowski, V.Babrauskas,「Defining Flashover for Fire Hazard Calculations 」, Fire Safety Journal, vol 32 (1999), p 331-345
《34》 D.Madrzykowski, R.L.Vettori, 「Simulation of The Dynamics of The Fire at 3146 Cherry Road NE Washington D.C, May 30, 1999」, Building and Fire Research Laboratory, National Institute of Standards and Technology, Gaithersburg, MD 20899-8644, April 2000
《35》 D.Drysdale,「An Introduction to Fire Dynamics」, A Wiley-Interscience Publication, John Wiley and Sons, 1985
《36》 T.J.Shields,「Buildings and Fire」, Longman Group UK Limited, 1987
《37》 J.G. Quintiere, 「Principles of Fire Behavior」, An International Thomson Publishing Company, 1998
《38》 D.A.White, C.L.Beyler, J.L.Scheffey and F.W.Williams,「Modeling The Impact of Post-Flashover Shipboard Fires on Adjacent Spaces」, 2-18 pp
《39》林誠興,戴上堉,陳建源,「三度矩形空間火災高溫流場分析」,1997輸送現象與其應用專題研討會(1997)
《40》林誠興,陳建源,林國楨,「區域模式火災數值分析」,1997輸送現象與其應用專題研討會(1997)
《41》林誠興,陳建源,張志豪,「論情西餐廳火災區域模式火場電腦模擬」,中國機械工程學會第15屆學術研討會(1998)
《42》林誠興,陳建源,「巨星鑽火災動態電腦模擬」,海峽兩岸科技交流研討會,新竹交通大學(1998)
《43》林誠興,林冠生,「神話世界KTV火災及實際設計案例數值模擬」,碩士論文,民國八十九年六月《44》林誠興,韓裕豐,「強制煙控設計與法規合理性數值分析」,碩士論文,民國八十九年六月《45》林誠興,林漢修,「自然煙控設計與法規合理性數值分析」,碩士論文,民國八十九年六月《46》林誠興,王士承,「火災感測器之設計與安置對逃生時間之分析」,碩士論文,民國九十年七月《47》林誠興,許良全,「嘉年華大樓火災火場數值分析」,碩士論文,民國九十年七月《48》林誠興,王士承,胡培堯,「卡爾登理容院火災區域模式火場電腦模擬」,第23屆全國力學會議,P77(1999)
《49》林誠興,莊明翰,「泰山鄉火災區域模式電腦分析」,第24屆全國力學會議(2000)
《50》林誠興,莊明翰,「泰山鄉火災區域模式中探測器對逃生路線╱時間影響評估」,中華民國2001燃燒學會 民航學會 航太學會學術研討會(2001)
《51》林誠興,莊明翰,「泰山鄉楓里路火災事件-不同避難器具位置之逃生時間」,中華民國建築學會第十三屆建築研究成果發表會論文集(2001)
《52》林誠興,莊明翰,陳漢興,「大崁國小開放式校園之防火安全研究」,第二十三屆輸送現象及其應用研討會,中華民國九十年12月
《53》「建築物火災時煙控系統運轉策略分析」,內政部建築研究所專題計畫成果報告,民國八十六年五月.
《54》中央警官學校,「公共場所火災避難現況調查分析之研究」,警政學報第二十八期,pp.161-184,民國八十五年一月.
《55》陳俊勳,「建築物火災危險評估電腦模式驗證研究」,內政部建築研究所研究計畫研討會,建築防火,民國八十八年五月.
《56》陳建源,“火災電腦程式之一些應用”,元智大學,民國八十七年六月.
《57》陳弘毅, 「火災學」,中華民國八十七年,鼎茂圖書出版公司
《58》沈子勝, 「避難設計與專題」,p7~16,中華民國八十五年十月, 鼎茂圖書出版公司
《59》江崇誠,「建築物利用實態與人員避難行動特性調查研究」,內政部建築研究所研究計畫研討會,建築防火,民國八十八年五月。
《60》台北縣八里鄉大崁國民小學全球資訊網,「http://www.tkes.tpc.edu.tw/index01c.htm」
《61》內政部消防署網頁,「http://www.nfa.gov.tw」