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參考文獻

[1]中華人民共和國鐵道部.《鐵路“十二五”發展規劃》[R].北京:中華人民共和國鐵道部,2012.

[2]中國網.更高速度試驗列車在青島南車四方落成[OL],[2014-1-16].http://www.china.com.cn/city/zhuanti/qd10/2014-01/16/content_31214822.htm.

[3]山本彬也.列車とトンネルの空氣動力學[R].東京:鐵道技術研究報告,1983.

[4]OZAWA S.Studies on the micro-pressure wave radiated from a tunnel exit[R].Tokyo,Railway Technical Research Institute Report No.1121.March 1979.

[5]OZAWA S,MAEDA T,MATSUMURA T,et al.Micro- pressure waves radiating from exits of Shinkansen tunnels[R].Tokyo,Railway Technical Research Institute Report,1993.

[6]RAGHU S R,KIM H-D,SETOGUCHI T.Aerodynamics of high-speed railway train[J].Progress in Aerospace Sciences 2002,38:469-514.

[7]KIM H-D,LEE Y-D.Aerodynamic analysis of a single train running in a tunnel[J].Journal of The Korean Society of Civil Engineers.1997,17(1):1-6.

[8]GREGOIR R,Rety J M,MASBERMAT F,et al.Experimental study(scale 1/70th)and numerical simulations of the generation of pressure wave and micro-pressure waves due to high speed train-tunnel entry[C]//Proceedings of 9th International Symposium on The aerodynamics and ventilation of vehicle tunnels,Acosta Valle,October 6-8,1997,BHR Group,The Fluid Engineering Centre,c1998:191-220.

[9]MATSCHKE G,HEINE C.Full Scale Tests on Pressure Wave Effects in Tunnels[M]//TRANSAERO-A European initiative on transient aerodynamics for railway system optimization,Berlin,Springer-Verlag Press,c2002:187-195.

[10]GAILLARD M A.Aerodynamic measurements with high-speed trains(250 km/h)in the Heitersburg tunnel[C]//Proceedings of 3th International Symposium on The aerodynamics and ventilation of vehicle tunnels,March,19-21,1979,Sheffield,UK,c1979:281-302.

[11]POPE C W,GAWTHROPE R G,RICHARD S P.An experimental investigation into the effect of train shape on the unsteady flows generated in tunnels[C]//Proceedings of 4th International Symposium on The aerodynamics and ventilation of vehicle tunnels,BHRA Engineering,c1982:107-126.

[12]GLOCKLE H,PFRETZSCHNER P.High speed tests with ICE/V passing through tunnels and the effect of sealed coaches on passenger comfort[C]//Proceedings of 6th International Symposium on The aerodynamics and ventilation of vehicle tunnels,Durham,UK,September 27-29,c1989:23-44.

[13]GAWTHORPE R G,POPE C W.The measurement and interpretation of transient pressures generated by trains in tunnels[C]//Proceedings of Second International Symposium on The aerodynamics and ventilation of vehicle tunnels,Canfield,UK,March 23-25,c1976:35-53.

[14]WOODS W A,POPE C W.Secondary effect in rail tunnels during vehicle entry[C]//Proceedings of Second International Symposium on The aerodynamics and ventilation of vehicle tunnels,Canfield,UK,March 23-25,c1976:59-68.

[15]WOODS W A,POPE C W.On the range of validity of simplified one dimensional theories for calculating unsteady flow in railway tunnels[C]//Proceedings of 3th International Symposium on The aerodynamics and ventilation of vehicle tunnels,Sheffield,UK,March 19-21,c1979:115-133.

[16]TRIEBSTEIN H.Transient pressure measurements at the top of the engine 103 during the passage through the Heitersberg tunnel[C]//Proceedings of the 3th international symposium on the aerodynamics & ventilation of vehicle tunnels,Sheffield,UK,March 19-21,c1979:303-324.

[17]ROBERT A M,SAMUE H,HARVEY SL.Measurement of the aerodynamic pressures produced by passing trains[C]//Proceedings of the 2002 ASME/IEEE joint rail conference,Washington,DC,April,23~25,2002.ASME,c2002:57-64.

[18]MANCINI G,MALFATTI A.Full scale measurements on high speed train ETR 500 passing in open air and in tunnels of Italian high speed line[M].TRANSAERO-A European initiative on transient aerodynamics for railway system optimization,Berlin,Springer-Verlag Press,c2002:101-122.

[19]HOWE MS,IIDA M,FUKUDA T,et al.Theoretical and experimental investigation of the compression wave generated by train entering a tunnel with flared portal[J].Journal of fluid mechanics,2000,425(1):111-132.

[20]鐵道科學研究院鐵道建筑研究所.國家“八五相關項目專題研究報告——列車通過隧道時的氣動壓力波全尺寸試驗”[R].北京:鐵道科學研究院,1995.

[21]鐵道科學研究院,成都鐵路局.遂渝線200km/h提速綜合試驗總報告[R].北京:鐵道科學研究院,2005.

[22]鐵道科學研究院.武廣客運專線隧道氣動效應測試報告[R].北京:鐵道科學研究院,2009.

[23]田紅旗,梁習鋒.準高速列車交會空氣壓力波實驗研究[J].鐵道學報,1998,2(4):37-42.

[24]劉堂紅,田紅旗,金學松.隧道空氣動力學實車試驗研究[J].空氣動力學學報,2008,26(1):42-46.

[25]西南交通大學.CRH380A空氣動力學性能測試報告[R].成都:西南交通大學牽引動力實驗室,2011.

[26]小沢智.トンネル出口微氣壓波の研究[R].日本國有鐵路鐵道技術研究所,1979.

[27]HARA T,OKUSHI J.Model test on aerodynamic phenomena of a high speed train entering a tunnel[R].Tolyo,Railway Technical Research Institute Report,1962.

[28]OZAWA S,TSUKAMOTO K,MEADA T.Mode1 experiments on devices to reduce pressure wave radiated from a tunnel[R].Tokyo,Railway Technical Research Institute,1976.

[29]OZAWA S,MEADA T.Model experiment on reduction of micro-pressure wave radiate from tunnel exit[C]//International Symposium on Scale Modeling,Tokyo,Japan,July,18-22,c1988:33-37.

[30]木川田一彌,森井宜治.對超高速列車在隧道內運行時壓力變化的實驗研究[J].隧道譯從,1994,(5):1-9.

[31]FUKUDA T,SAITO H,MIYACHI T,et al.Model Experiments on the Tunnel Compression Wave Using an Ax symmetric and Three-Dimensional Train Model[C]//Proceedings of the 10th international workshop on railway noise,Nagahama,Japan,18-22,October,2010,Springer Japan,c2012:397-404.

[32]LAUTERBACH A,EHRENFRIED K,LOOSE S and WAGNER C.Scaling Laws for the aero acoustics of High Speed Trains[J].New results in numerical and experiment fluid mechanics,2013,121:731-738.

[33]JOHNSON T,DALLEY S.1/25 Scale Moving Model Tests for the TRANSAERO Project[M].TRANSAERO-A European initiative on transient aerodynamics for railway system optimization,Berlin,Springer-Verlag Press,c2002:123-135.

[34]WHITE WR,POPE CW.The use of hydraulic analogy for modeling the unsteady flows in railway tunnels[C]//Proceedings of the third international symposium on the aerodynamics & ventilation of vehicle tunnels,Sheffield,UK,March 19-21,c1979:325-342.

[35]SUO M,JACOBS P.Hydraulic analogy study of waves in tunnels[R].USA,Massachusetts,MIT DSR-76111-1,1966.

[36]MILLS JM,WILSON DG.Study by hydraulic analogy of the passage of high-speed trains through tunnels[R].USA,Massachusetts,MIT DSR-76111-2,1967.

[37]王英學,高波,李倫貴.高速列車模型實驗系統及其測試結果分析[J].鐵道工程學報,2003,(1):96-100.

[38]王英學,高波,趙文成,等.高速列車進出隧道空氣動力學特性的實驗研究[J].流體力學實驗與測量,2004,18(3):74-78.

[39]王英學,高波,駱建軍,等.高速列車進入隧道空氣動力學模型實驗分析[J].空氣動力學學報,2004,22(3):346-351.

[40]高品賢,余南陽,雷波.隧道空氣壓力波淺水槽拖動模型實驗的實時檢測[J].鐵道學報,2000,22(3):43-46.

[41]余南陽.高速列車隧道壓力波淺水槽模擬實驗研究[J].鐵道學報,2004,26(2):52-55.

[42]STEINBEUER J.Calculation of unsteady pressures during passing and tunnel entrance of trains[J].ASME Aerodynamics of transportation,1979(6):18-20.

[43]朱克勤,許春曉.粘性流體力學[M].北京:高等教育出版社,2009.

[44]VERSYEEG H K,MALALASEKERA W.An introduction to computational fluid dynamics[M].England:Longman Group Ltd,1995.

[45]陶文銓.數值傳熱學[M].西安:西安交通大學出版社,2005.

[46]International Union of Railways.Problems arising from the running of high speed trains in tunnels-final report[R].Paris,ORE-UIC-Report C149/RP13,1985.

[47] RETY J-M,GREGOIRE R.Numerical Investigation of Tunnel Extensions Attenuating the Pressure Gradient Generated by a Train Entering a Tunnel[M].TRANSAERO-A European initiative on transient aerodynamics for railway system optimization,Berlin,Springer-Verlag Press,c2002:239-248.

[48]PAHLKE K.Application of the standard aeronautical CFD method Flower to ETR 500 tunnel entry[M].TRANSAERO-A European initiative on transient aerodynamics for railway system optimization,Berlin,Springer-Verlag Press,c2002:160-169.

[49]SHIN C H,PARK W G.Numerical study of flow characteristics of the high speed train entering into a tunnel [J].Mechanics Research Communications,2003,30:287-296.

[50]RETY J M,GREGOIRE R.Numerical Simulation of the Pressure Wave Generated when a Train Enters a Tunnel[M].TRANSAERO-A European initiative on transient aerodynamics for railway system optimization,Berlin,Springer-Verlag Press,c2002:225-234.

[51]KAGE K,MIYAKE H,LAWAGOE S.Numerical Study of Compression Waves Produced by High-Speed Trains Entering a Tunnel.Effects of Shape of Hood[J].JSME international Journal,1995,38(2):191-198.

[52]BERENGER T,KESSLER A,GREGOIRE R.Panel Method Applied to the Prediction of Unsteady Effects Caused by High-speed Trains Passing in the Open Air[M].TRANSAERO-A European initiative on transient aerodynamics for railway system optimization,Berlin,Springer-Verlag Press,c2002:136-147.

[53]飯田雅宣.列車のとトンネル突入時に形成される壓縮波に關する數值解析の研究[D].東京大學博士論文,1993.

[54]OGAWA T,FUJII K.Numerical investigation of three-dimensional compressible flows induced by a train moving into a tunnel[J].Computers and Fluids,1997,26(6):565-585.

[55]MORITA K,ABE Y,TAKANO Y.Micro-pressure Wave Calculation Using Three Dimensional Compressive Fluid Analysis[C]//Railway Technical Research Institute.Noise and Vibration Mitigation for Rail Transportation Systems.The 10th International Workshop on Railway Noise,Nagahama,Japan,18-22 October 2010.Berlin,Springer-Verlag Press,c2012:405-410.

[56]FUJII K,OGAWA T.Aerodynamics of high-speed trains passing by each other[J].Computers and Fluids,1995,24(8):897-908.

[57]SUZUKI M,IDO A,SAKUMA Y,et al.Full-Scale Measurment and Numerical Simulation of Flow Aroud High-Speed Train in the Tunnel[J].Mechanical systems for transportation and Logistics,2008,1(3):281-287.

[58]SUZUKI M.Unsteady aerodynamic force acting on high speed trains in tunnel[R].Tokyo,Railway Technical Research Institute,2001,42(2):89-93.

[59]朱克勤,楊宇光.高速列車穿越隧道時一維非定常流的數值研究[J].空氣動力學學報,1998,16(4):480-484.

[60]梅元貴,趙海恒,劉應清,高速鐵路隧道壓力波數值分析[J].西南交通大學學報,1995,30(6):667-672.

[61]梅元貴,余南陽.高速列車隧道會車壓力波的數值模擬[J].蘭州鐵道學院學報,1998,17(4):49-53.

[62]梅元貴,余南陽.隧道內會車壓力波的邊界條件[J].蘭州鐵道學院學報,1999,18(1):61-65.

[63]梅元貴,余南陽,趙海恒,等.高速列車隧道會車壓力波的數值分析方法[J].鐵道學報,2002,24(2):21-25.

[64]武青海.列車空氣動力學數值仿真研究[J].中國鐵道科學,2002,23(4):132-135.

[65]駱建軍,高波,王英學,等.高速列車穿越隧道的二維非定常流數值模擬[J].鐵道學報,2003,25(2):68-73.

[66]駱建軍,高波,王英學,等.高速列車通過隧道時壓力變化的數值模擬[J].中國鐵道科學,2003,(4):82-86.

[67]駱建軍,高波,王英學.高速列車突入隧道與緩沖結構時的數值模擬[J].空氣動力學學報,2003,(3):377-381.

[68]駱建軍,高波,王英學,等.高速列車穿越有豎井隧道流場的數值模擬[J].西南交通大學學報,2004,(4):442-446.

[69]王英學,高波.高速列車進出隧道空氣動力學研究的新進展[J].中國鐵道科學,2003,24(2):83-88.

[70]趙文成,高波,駱建軍.高速列車通過隧道的三維數值模擬[J].中國鐵道科學,2003,24(5):96-100.

[71]田紅旗,賀德馨.列車交會壓力波三維數值的計算[J].鐵道學報,2001,23(3):18-22.

[72]田紅旗,許平,梁習鋒,等.列車交會壓力波與運行速度的關系[J].中國鐵道科學,2006,27(6):64-67.

[73]田紅旗.列車交會空氣壓力波研究及應用[J].鐵道科學與工程學報,2004,1(1):83-89.

[74]畢海權,雷波,張衛華.高速磁浮列車會車壓力波數值計算研究[J].空氣動力學學報,2006,24(2):213-217.

[75]毛軍,郗艷紅,高亮,等.橫風作用下高速列車氣動阻力[J].中南大學學報(自然科學版),2014,45(11):4059-4067.

[76]梅元貴.高速鐵路隧道空氣動力學[M].北京:中國鐵道出版社,2007.

[77]王一偉,楊國偉,黃晨光,等.隧道長度對高速列車交會壓力波的影響研究[J].中國科學:技術科學,2012,42(1):82-90.

[78]何德華,陳厚嫦,張巖,等.空氣動力學臨界隧道交會理論與仿真研究[J].鐵道機車車輛,2013,33(1):58-62.

[79]肖京平,黃志祥,陳立.高速列車空氣動力學研究技術綜述[J].力學與實踐,2013,35(2):1-12.

[80]田紅旗.中國列車空氣動力學研究進展[J].交通運輸工程學報,2006,6(1):1-9.

[81]左建勇,吳萌嶺,羅卓軍.考慮車下環境的高速動車組空氣流場數值仿真[J].同濟大學學報(自然科學版),2013,41(11):1717-1720.

[82]張雷,楊明智,張輝,等.高速鐵路隧道洞門對隧道空氣動力效應的影響[J].鐵道學報,2013,35(11):92-97.

[83]馬偉斌,程愛君,郭小雄,等.高速鐵路隧道氣動效應研究存在的問題及展望[J],鐵道設計標準,2013(11):84-87.

[84]于夢閣,張繼業,張衛華.平地上高速列車的風致安全特性[J].西南交通大學學報,2011,46(6):989-995.

[85]毛軍,郗艷紅,楊國偉.橫風風場特征對高速列車氣動性能作用的研究[J].鐵道學報,2011,33(2):22-33.

[86]劉加利,張繼業,張衛華.基于大渦模擬的橫風下高速列車非定常氣動載荷特性[J].鐵道學報,2013,35(6):13-21.

[87]楊吉忠,畢海權,翟婉明.基于ALE方法的列車繞流動力學分析,鐵道學報[J].2009,31(2):120-124.

[88]王宏朝,謝金法.高速鐵路聲屏障在列車風致脈動力與自然風荷載下的數值模擬[J].路基工程,2013,4:34-38.

[89]張亮,張繼業,張衛華.高速列車通過聲屏障的流固耦合振動響應分析[J].動力學與控制學報,2014,12(2):153-159.

[90]陳向東,李樹德,王召祜.基于ALE的高速列車聲屏障脈動力數值模擬研究[J].鐵道學報,2011,33(12):21-26.

[91]韓珈琪,肖新標,何賓,等.不同形式聲屏障動態特性研究[J].機械工程學報,2013,49(10):20-27.

[92]鄧躒,施洲,勾紅葉.380km/h高速列車脈動風荷載仿真分析[J].鐵道建筑,2011(9):133-136.

[93]顏堅,王乾鎖,韋勇.高速鐵路插板式聲屏障抗彎能力有限元分析[J].環境工程,2014,30(增刊):75-78.

[94]張繼文,呂堅品,等.考慮防撞墻影響的高速鐵路橋梁聲屏障及翼緣板上脈動力數值分析[J].中國鐵道科學,2009,30(3):27-32.

[95]王海涌,王曉明,黨建武.基于模糊約簡的高速列車舒適性綜合評價[J].鐵道學報,2010,32(5):98-102.

[96]王海涌,張瑋玥,王曉明,等.基于ANP和VPRS的高速列車舒適性綜合評價指標權重分析[J].鐵道學報,2014,36(6):15-20.

[97]王海涌,王曉明,黨建武,等.基于多維粗糙集的高速列車舒適度評價方法研究[J].蘭州交通大學學報,2013,32(3):40-43.

[98]孫召進,郭建強,葛劍敏.高速列車“通過噪聲”的測試分析[J].聲學技術,2014,33(2):159-162.

[99]高陽,王毅剛,王金田,等.聲學風洞中的高速列車模型氣動噪聲試驗研究[J].聲學技術,2013,32(6):506-510.

[100]孫振旭,王一偉,安亦然.高速列車氣動噪聲的計算研究[J].水動力學研究與進展,2010,25(5):661-668.

[101]劉加利,張繼業,張衛華.高速列車車頭的氣動噪聲數值分析[J].鐵道學報,2011,33(9):19-26.

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