研究業績 2018 年 5 月現在
山上 路生 査読付審査論文リスト(2001 年より)
海外ジャーナル
18) Sanjou, M. Okamoto, T. and Nezu, I.: Dissolved oxygen transfer into a square embayment connected to an open-channel flow, International of Journal of Heat and Mass Transfer, Elsevier, Vol.125, 1169-1180, 2018.
17) Sanjou, M. Okamoto, T. and Nezu, I.: Experimental study on fluid energy reduction through a flood protection forest, Journal of Flood Risk Management, Wiley, Vol.11, 2018. in press
16) Sanjou, M. and Nagasaka, T.: Development of autonomous boat-type robot for automated velocity measurement in straight natural river, Water Resources Research, AGU Publications, Vol.53, https://doi.org/10.1002/2017WR020672, pp.9089-9105, 2017.
15) Sanjou, M., Nezu, I. and Okamoto, T.: Surface velocity divergence model of air / water interfacial gas transfer in open-channel flows, Physics of Fluids, AIP Publishing, Vol.29, 045107, 2017.
14) Sanjou, M. and Nezu, I.: Fundamental study on mixing layer and horizontal circulation in open-channel flows with rectangular embayment zone, Journal of Hydrodynamics Ser.B, Elsevier, Vol.29(1), pp.840-853, 2017.
13) Okamoto, T., Nezu, I. and Sanjou, M.: Flow–vegetation interactions: length-scale of the “monami” phenomenone, Journal of Hydraulic Research, Taylor & Francis, IAHR, Vol.54, pp.251-262, 2016. 12) Sanjou, M. and Nezu, I.: Secondary current properties generated by wind-induced water waves in experimental conditions, Advances in Oceanography and Limnology, Taylor & Francis, IAHR, Vol.5(1), pp.1-17, 2014.
11) Sanjou, M. and Nezu, I.: Hydrodynamic characteristics and related mass transfer properties in open-channel flows within a rectangular shaped embayment zone, Environmental Fluid Mechanics, Springer, Vol.13, pp.527-555, 2013.
10) Sanjou, M., Akimoto, T. and Okamoto, T.: Three-dimensional turbulence structure of rectangular side-cavity zone in open-channel stream, Int. J. of River Basin Management, Taylor & Francis, IAHR, Vol.10, No.4, pp.293-305, 2012.
9) Sanjou, M. and Nezu, I.: Turbulence structure and concentration exchange property in compound open-channel flows with emergent trees on the floodplain edge, Int. J. of River Basin Management, Taylor & Francis, IAHR, Vol.9, pp.181-193, 2011.
8) Nezu, I. and Sanjou, M.: PIV and PTV measurements in hydro-sciences with focus on turbulent open-channel flows, Journal of Hydro-Environment Research, Elsevier, Vol.5, pp.215-230, 2011.
7) Sanjou, M. and Nezu, I.: Turbulent structure and coherent vortices in open-channel flows with wind-induced water waves, Environmental Fluid Mechanics, Springer, Vol.11, No.2, pp.113-131.2011. 6) Sanjou, M. and Nezu, I.Large Eddy Simulation of compound open-channel flows with emergent vegetation near the floodplain edge, Journal of Hydrodynamics, Ser.B, Elsevier, Vol.22, Issue5, Sup.1, pp.582-586, 2010.
5) Sanjou, M., Nezu, I. and Toda, A.: PIV studies on turbulence structure in air/water interface with wind-induced water waves, Journal of Hydrodynamics, Ser.B, Elsevier, Vol.22, Issue5, Sup.1, pp.349-353, 2010.
4) Sanjou, M., Nezu, I. Suzuki, S. and Itai. K.: Turbulence structure of compound open-channel flows with one-line emergent vegetation, Journal of Hydrodynamics, Ser.B, Elsevier, Vol.22, Issue5, Sup.1, pp.577-581, 2010.
3) Sanjou, M. and Nezu, I.: Turbulence structure and coherent motion in meandering compound open-channel flows, Journal of Hydraulic Research, Taylor & Francis, IAHR , Vol.47, No.5, pp.598-610, 2009.
2) Nezu, I. and Sanjou, M.: Turbulence structure and coherent motion in vegetated open-channel flows, Journal of Hydro-Environment Research, Elsevier, Vol.2, pp.62-90, 2008.
1) Nezu, I.and Sanjou, M.: Numerical Calculation of Turbulence Structure in Depth-varying Unsteady Open-channel Flows, Journal of Hydraulic Eng., ASCE, Vol.132, No.7, pp.681-695, 2006.
土木学会論文集 通常号（特集号を除く）
16) 山上路生・岡本隆明：流木の挙動安定性と橋梁閉塞に及ぼす影響に関する基礎的研究， 土木学会論文集B1, Vol.72, No.3, pp.88-100, 2016. 15) 山上路生・岡本隆明：水面流速発散理論にもとづく開水路乱流におけるガス輸送現象 に関する研究，土木学会論文集B1, Vol.71, No.3, pp.72-87, 2015. 14) 山上路生・髙橋和矢・戸田圭一：開水路乱流の自由水面における流速発散に及ぼす桟 粗度の影響，土木学会論文集B1, Vol.71, No.1, pp.1-10, 2015. 13) 山上路生・池内三津喜・金子泰洸ポール・戸田圭一：開水路における長方形ワンド内の循 環流構造に関する基礎的研究，土木学会論文集B1, Vol.70, No.1, pp.1-10, 2014. 12) 山上路生・岡本隆明・禰津家久・村田祐樹：植生開水路流れの自由水面ガス輸送現象 における界面流速発散モデルの開発，土木学会論文集B1, Vol.68, No.3, pp.148-158, 2012.11) 山上路生・禰津家久・鈴木壮平・池内三津喜：ワンド床の勾配が水理特性と乱流物質 輸送に与える影響に関する基礎的研究，土木学会論文集B1, Vol.68，No.2, pp.90-102, 2012． 10) 山上路生・禰津家久・小松峻也：３台同時カメラ計測法によるラングミュアー循環流の 形成特性に関する研究，土木学会論文集B1，Vol.67，No.3，pp.121-132，2011． 9) 山上路生・禰津家久・板井幸太：単列樹木群を有する複断面水路における乱流構造と物 質交換特性に関する研究，土木学会論文集B，Vol.66, No.4, pp.384-394, 2010． 8) 秋谷優・山上路生・禰津家久：ラングミュアー循環流の３次元構造に関する基礎的研究， 土木学会論文集B，Vol.66, No.4, pp.371-383, 2010． 7) 山上路生・禰津家久：風波・開水路混成流における組織乱流渦とエネルギー輸送動態の 解明，土木学会論文集B，Vol.65, No.3, pp.203-216, 2009． 6) 岡本隆明・禰津家久・山上路生：柔軟性を有する植生開水路流れの組織乱流構造と藻波 現象に関する実験的研究，土木学会論文集B，Vol.65, No.3, pp.190-202, 2009．
5) 山上路生・禰津家久・土井智礼・Hoang Quang：多断層スキャニング PIV による蛇行複断 面流れにおける水平組織渦に関する実験的研究，土木学会論文集 B，Vol.62，No.4, pp.406-418, 2006. 4) 禰津家久・山上路生・後藤健 ：高水敷水深が大きい複断面開水路流れにおける複列水平渦 の３次元構造，土木学会論文集，No.789/Ⅱ-71, pp.27-36, 2005. 3) 禰津家久・山上路生・若元洋樹・土井智礼：低水路が蛇行した直線状高水敷流における 乱流構造と水平渦に関する実験的研究，土木学会論文集，No.789/Ⅱ-71, pp.37-46, 2005. 2) 禰津家久・山上路生・坂根由季子：水深変化する非定常な複断面開水路流れの 3 次元乱流構 造に関する研究，土木学会論文集，No.726/Ⅱ-62，pp.61-71，2003． 1) 禰津家久・牛島省・山上路生：水深変化を有する非定常な開水路流れの数値計算，土木学会 論文集，No.691/Ⅱ-57, pp.63-72, 2001.
計測自動制御学会論文集
1) 山上路生・岡本隆明・金子泰洸ポール：自律制御ボート型ロボットの開発と河川流速計測 の試み，計測自動制御学会論文集，Vol.52(12), pp.721-726, 2016.水工学論文集
33) 山上路生・後藤慎弥・大石哲也・高岡広樹・岡本隆明：河川主流からワンド域への溶存 酸素供給に関する基礎研究，水工学論文集，Vol.61, I_739-744, 2017． 32) 山上路生・後藤慎弥・岡本隆明・髙橋和矢：開水路桟粗度流れにおけるガス輸送速度の モデリングに関する基礎研究，水工学論文集，Vol.60, I_967-972,2016． 31) 山上路生・金子泰洸ポール・戸田圭一：河川流速の自動計測を目標とする自律移動浮体 ロボットの試作開発，水工学論文集，Vol.59, I_841-846, 2015． 30) 山上路生・金子泰洸ポール・崎谷健太・藤本雄大・戸田圭一：開水路サイドキャビティ 領域における堆積高が乱流構造に与える影響，水工学論文集，Vol.58, I_649-654, 2014． 29) Sanjou, M. and Nezu, I.：Experimental study on surface velocity divergence and interfacial gas transfer in open-channel flows，J. of JSCE，Vol.1, I_82-89, 2013．
28) 山上路生・岡本隆明・禰津家久：河道樹木群による水流エネルギー減衰に関する基礎的 研究，水工学論文集，Vol.57, I_865-870, 2013． 27) 小松峻也・山上路生・禰津家久：風波流れの発達過程と３次元構造に関する実験的研究， 水工学論文集，Vol.57, I_1483-1488, 2013． 26) 崎谷健太・山上路生：連続水制を伴う開水路乱流における自由水面のガス輸送に関する 基礎研究，水工学論文集，Vol.57, I_889-894, 2013． 25) 岡本隆明・前川卓哉・山上路生：平坦河床から植生群落に遷移する過程で発生する Diverging Flow に関する研究，水工学論文集，Vol.57, I_871-876, 2013．
24) 山上路生・禰津家久：開水路乱流における自由水面の流速発散とガス輸送に関する実験 的研究，水工学論文集，Vol.56, pp.1297-1302, 2012． 23) 岡本隆明・禰津家久・山上路生：藻波発生時の柔軟植生の変形解析と流れ抵抗変化に関 する研究，水工学論文集，Vol.56, pp.1309-1314, 2012． 22) 小松峻也・山上路生・禰津家久：ラングミュアー循環流がガス輸送現象に与える影響に 関する実験的研究，水工学論文集，Vol.56, pp.1681-1686, 2011． 21) 山上路生・禰津家久：狭幅開水路流れにおける水・空気界面のガス輸送特性，水工学論 文集，Vol.55, pp.1129-1134, 2011． 20) 鈴木壮平・山上路生・禰津家久：側岸死水域内流れ構造及び質量交換への路床勾配変化 が与える影響の評価，水工学論文集，Vol.55, pp.1039-1044, 2011． 19) 戸田瑛大・山上路生・禰津家久：ステレオ PIV 計測によるラングミュアー循環流に関す る３次元計測，水工学論文集，Vol.55, pp.1645-1650, 2011． 18) 山上路生・禰津家久：風による自由水面シアーが開水路流れの組織乱流渦構造に与える 影響，水工学論文集，土木学会，Vol.53, pp.943-948, 2009． 17) 山上路生・禰津家久・秋谷優：閉鎖性風波界面下における乱れエネルギー生成と移流拡 散特性に関する研究，水工学論文集，土木学会，Vol.53, pp.937-942, 2009． 16) 山上路生・禰津家久・岡本隆明・中村元太：レーザー蛍光誘起法を用いた植生開水路流
れにおける乱流拡散特性に関する研究，水工学論文集，土木学会，Vol.52, pp.745-750, 2008． 15) 岡本隆明・禰津家久・山上路生：植生開水路流れの組織乱流構造に及ぼすかぶり水深の 影響に関する研究，水工学論文集，土木学会，Vol.52, pp.739-744, 2008． 14) 山上路生・岡本隆明・禰津家久：開水路植生流れにおける組織渦の LES 解析，水工学論 文集，土木学会，Vol.51, p.637-642, 2007． 13) 山上路生・Hoang Quang・禰津家久：PIV 計測による連続かぶり蛇行流れにおける組織 乱流構造の実験的解明，水工学論文集，土木学会，Vol.51, p.715-720, 2007．
12) 山上路生・禰津家久・土井智礼・Hoang Quang：多断層スキャニング PIV を用いた蛇行 複断面開水路流れの時空間相関特性に関する研究，水工学論文集，土木学会， Vol.50，pp.661-666，2006. 11) 山上路生・禰津家久：複断面開水路流の直線から蛇行への遷移領域における組織水平渦 に関する計算力学的研究，水工学論文集，土木学会，Vol.50, p.655-660, 2006． 10) 禰津家久・山上路生・岡本隆明：植生キャノピー開水路流れの乱流構造とディスパーシ ブ効果に関する実験的研究，水工学論文集，土木学会，Vol.50, pp.1135-1140, 2006． 9) 山上路生・禰津家久：グリッドレス離散渦法を用いた開水路気泡流れの数値計算，水工 学論文集，土木学会，Vol.49，pp.703-708，2005． 8) 禰津家久・山上路生・神谷敦史：多断層スキャニング PIV の開発と複断面開水路流れの ３次元可視化計測，水工学論文集，土木学会，Vol.49，pp.541-546，2005． 7) 山上路生・禰津家久：気泡プルームを含む開水路流れの乱流構造，水工学論文集，土木 学会，Vol.48，pp.505-510，2004． 6) 禰津家久・山上路生・後藤健：ニ層 PIV を用いた複断面開水路流れにおける乱流渦の三 次元組織構造に関する実験的研究，水工学論文集，土木学会，Vol.48，pp.535-540，2004． 5) 山上路生・禰津家久：水深変化を有する非定常な複断面開水路流れの３次元乱流計算， 水工学論文集，土木学会，Vol.47，pp.421-426，2003． 4) 禰津家久・山上路生・後藤健：水深が時間的に変化する複断面開水路乱流における組織 渦の発生・発達現象，水工学論文集，土木学会，Vol.47，pp.469-474，2003． 3) 禰津家久・山上路生・若元洋樹：単断面から複断面へ遷移する非定常な複断面流れにお ける高水敷上のせん断応力分布，水工学論文集，Vol.47，pp.463-468，2003． 2) 禰津家久・山上路生：非定常開水路流れの内層における乱流構造に関する数値計算，水 工学論文集，Vol.46, pp.397-402, 2002. 1) 禰津家久・山上路生・坂根由季子：非定常な複断面開水路流れの乱流構造に関する実験 的研究，水工学論文集，Vol.46, pp.553-558, 2002.
応用力学論文集
13) 山上路生・禰津家久・板井幸太・崎谷健太：連続水制群周辺の水理乱流特性と物質交換 特性に関する基礎的研究，応用力学論文集，Vol.15, I_564-555, 2012． 12) 山上路生・小松峻也・禰津家久：ステレオＰＩＶによる開水路流れにおける２次流構造 に関する実験的研究，応用力学論文集，Vol.14, pp.589-895, 2011． 11) 山上路生・禰津家久・鈴木壮平：ＡＤＶを用いた大型複断面開水路の３次元乱流構造に 関する研究，応用力学論文集，Vol.12, pp.769-778, 2009． 10) 山上路生・禰津家久・戸田瑛大：水面と流速の同時画像計測法による風波の乱れ構造に 関する研究，応用力学論文集，Vol.12, pp.759-768, 2009． 9) 山上路生・禰津家久・秋谷優：ラングミュアー循環流の生成特性に関する実験的研究， 応用力学論文集，Vol.12, pp.779-786, 2009． 8) 山上路生・Hong Quang・禰津家久：複断面蛇行水路の水平渦構造に関する実験的研究， 応用力学論文集，Vol.10, pp.881-890, 2007. 7) 禰津家久・山上路生・岡本隆明：風波・植生開水路流れの組織乱流構造に関する実験的 研究，応用力学論文集，Vol.10, pp.795-802, 2007. 6) 山上路生・禰津家久・土井智礼・Hoang Quang：高水敷蛇行流の乱流構造に関する研究， 応用力学論文集，Vol.8, pp.821-830, 2006. 5) 禰津家久・山上路生・神谷敦史：多断層シートスキャニング PIV の開発と３次元流体可 視化計測に関する研究，応用力学論文集, Vol.8, pp.893-900, 2006. 4) 禰津家久・山上路生・岡本隆明：風波発生下における植生キャノピー開水路流れの乱流 構造について，応用力学論文集，Vol.9, pp.969-976, 2006. 3) 禰津家久・山上路生 ・神谷敦史：渦要素モデルを用いた複断面開水路水平渦の数値シミ ュレーション，応用力学論文集，Vol.6, pp.1043-1050, 2004． 2) 山上路生・禰津家久：水深変化する複断面開水路流れの乱流構造と浮遊砂輸送に関する ３次元数値計算，応用力学論文集，Vol.6, pp.847-856，2003． 1) 禰津家久・山上路生 ：応力モデルと VOF 法を用いた非定常な開水路の乱流構造に関す る数値解析，応用力学論文集，Vol.4, pp.601-610, 2001.
国際学会 Proceeding
(フルペーパー)
84) Sanjou, M., S., Nobuhara, R., Suzuki, K. and Okamoto, T.: Dissolved oxygen transfer toward embayment zone in open-channel flow, Proc. of International Symposium on Engineering and Applied
Science, Osaka, pp.133-139, 2017.
83) Okamoto, T., Kashihara, Y. and Sanjou, M., S.: Experimental study on drag force and pitching moment stability of drifting object, Proc. of International Symposium on Engineering and Applied
82) Sanjou, M., S.: Development of boat-type robot for velocity measurements in natural river, Proc.
of 7th international conference on science and engineering, Yangon, pp.853-856, 2016.
81) Sanjou, M., Nagasaka, T. and Okamoto, T.: Development of automated velocity measurement method in natural rivers, Proc. of 12th international conference on hydro-science & engineering,
Tainan, on CD-ROM, 2016.
80) Sanjou, M., Goto, S. and Okamoto, T.: Experiments on relationship between gas transfer in river stream, Proc. of 12th international conference on hydro-science & engineering, Tainan, on CD-ROM, 2016.
79) Sanjou, M., Kaneko, T.P., Okamoto, T. Nagasaka, T. and Isobe, S.: Experimental robot for automated velocity measurements in natural rivers, Proc. of 4th international symposium of
fundamental and applied sciences, Kyoto, pp.983-988, 2016.
77) Sanjou, M., Okamoto, T. and Nezu, I.: Relationship between surface velocity divergence and gas transfer in open-channel flows with submerged vegetation, Proc. of Gas transfer at water surfaces
2015, Washington, IOP Conference Series: Earth and Environmental Science, vol. 35, issue 1, 012016,
2015.
76) Okamoto, T., Sanjou, M. and Nezu, I.: Relationship between surface velocity divergence and turbulence micro-scale in open-channel flows with submerged strip-roughness, Proc. of Gas transfer
at water surfaces 2015, Washington, IOP Conference Series: Earth and Environmental Science, vol.
35, issue 1, 012015, 2015.
75) Sanjou, M. and. Okamoto T.,: Relationship between Surface Velocity Divergence and Gas Transfer in Open-channel Turbulent Flows Proc. ACCMES2015, part2, Osaka, pp.429-436, 2015. 74) Sanjou, M. and.Nagasaka, T.: Prototype Development of New Method for Automatic Discharge Measurement in Rivers using Autonomous-Mobile Floating-Robot, Proc. ACCMES2015, part2,
Osaka, pp.322-330, 2015.
73) Sanjou, M., Okamoto, T., Tanaka, Y. and Toda, K.: Surface velocity divergence in open-channel flows with strip roughness, Proc. Riverflow2014, Lausanne, pp.71-79, 2014.
72) Okamoto T., Sanjou, M., Aoki, S., Toda, K. and Nezu, I.: Diverging flow and 3-D flow structure at leading edge and in interior of submerged vegetation patch, Proc. Riverflow2014, Lausanne, pp.393-399, 2014.
71)Sanjou, M. and Nezu, I.: Turbulence dynamics in bubbly jet induced by falling water, Proc. of ICCBES2014, Kyoto, pp.990-997, 2014.
70)Okamoto, T., Sanjou, M. and Toda, K.: LIF/PIV measurement of a turbulent jet in open-channel flow with aquatic flexible vegetation, Proc. of ICCBES2014, Kyoto in CD-ROM, 2014.
69)Sanjou, M., Nezu, I. and Okamoto, T.: Hydrodynamic relation between sedimentation and large-scale horizontal gyres in side-cavity zone, Advances in River Sediment Research, Fukuoka et al.(eds.), pp.1003-1010, 2013.
68) Sanjou, M., Sakitani, K., Okamoto, T, Nezu, I. and Toda, K.: Turbulence dynamics and mass transfer in side-cavity zones aligned in streamwise direction, Advances in River Sediment Research,
67) Sanjou, M., Nezu, I., Okamoto, T. and Toda, K.: Numerical study on 3-D currents structure and coherent events in side-cavity zone for prediction of scour and sedimentation process, Advances in
River Sediment Research, Fukuoka et al.(eds.), pp.1083-1091, 2013.
66) Okamoto, T., Sanjou, M. and Toda, K.: Investigation of vegetation flow for prediction of sedimentation process, Advances in River Sediment Research, Fukuoka et al.(eds.), pp.1685-1692, 2013..
65) Sakitani, K., Sanjou, M. and Nezu, I.:PIV measurements of turbulence structure in open-channel flows with groyne members, Proc. of 12th Asian Symposium on Visualization, Tainan, on USB-Memory,
2013.
64) Sanjou, M. and Nezu, I.: Hydrodynamic effects of bed formation on turbulence structure and related mass-exchanges in a groyne field, Proc. of 9th International symposium on Ecohydraulics,
Vieena, on USB-Memory, No.14268_2, 2012.
63) Okamoto, T., Nezu, I. and Sanjou, M.: Interaction between turbulence structure and occurrence of "Monami" phenomena in open-channel flows with flexible vegetation, Proc. of 9th International
symposium on Ecohydraulics, Vieena, on USB-Memory, No.14268_2, 2012.
62) Sanjou, M. and Nezu, I.: Development of Surface Velocity Divergence Model for Gas Transfer Phenomena in Open-channel Flows, Proc. of 2nd IAHR Europe Congress, Munich, on USB-Memory,
2012.
61) Sanjou, M., Nezu, I. and Komatsu, T.: Hydrodynamic relation between surface velocity divergence and gas transfer process in open-channel turbulence, Proc. of IAHR-APD 2012, Jeju, on USB-Memory, S4B-3, 2012.
60) Komatsu, T., Sanjou, M., and Nezu, I. : Langmuir circulation effects on gas transfer in wind-induced water waves, Proc. of IAHR-APD 2012, Jeju, on USB-Memory, PS4-3, 2012.
59) Sanjou, M., Nezu, I. and Komatsu, T.: Experimental Study on Langmuir Circulation using a Stereoscopic PIV, Proc. of 7th International symposium on stratified flows, Roma, on USB-Memory, 2011.
58) Sanjou, M., and, Nezu, I.: Gas exchange properties beneath air/water interface in open-channel flow, Proc. of 7th International symposium on stratified flows, Roma, on USB-Memory, 2011. 57) Sanjou, M., Nezu, I. and Akiya, Y.: PIV measurements of Langmuir circulation generated by wind-induced water waves, Gas transfer at water surfaces 2010 (eds., Komori et al.), Kyoto, pp.128-137, 2011.
56) Sanjou, M., Nezu, I. and Toda, A.: Turbulent transport in closed basin with wind-induced water waves, Gas transfer at water surfaces 2010 (eds., Komori et al.), Kyoto, pp.119-128, 2011.
55) Sanjou, M., Nezu, I. and Akiya, Y.: Generation mechanism of wind-induced Langmuir circulation,
Proc. 6th ISEH, Athens, pp.481-486, 2010.
54) Sanjou, M., Nezu, I. Suzuki, S. and Itai, K.: Turbulence structure of compound open-channel flows with one-line emergent vegetation, Proc. 6th ISEH, Athens, pp.241-246, 2010.
in open-channel flows with wind-induced water waves, Proc. 6th ISEH, Athens, pp.717-722, 2010.
52) Suzuki, S., Sanjou, M. and Nezu, I.: Secondary Currents and Turbulence in Compound Open-channel Flows with Emergent Vegetation Elements, Proc. 8th ISE, Seoul, pp.918-923, 2010.
51) Sanjou, M., Nezu, I. and Akiya, Y.: Experimental study on Langmuir circulation generated by wind-induced water waves, Proc. 8th ISE, Seoul, pp.1146-1151, 2010.
50) Sanjou, M., Nezu, I. and Akiya, Y.: Mass transport properties in closed basin with wind-induced water waves, Proc. 8th ISE, Seoul, pp.846-851, 2010.
49) Sanjou, M., Nezu, I. and Itai, K.: Space-time correlation and momentum exchanges in compound open-channel flow by simultaneous measurements of two-sets of ADVs, Proc.
Riverflow2010,Braunshweig, pp.495-502, 2010.
48) Sanjou, M., Nezu, I. and Toda, A.: Coherent turbulence structure generated by wind-induced water waves, Proc. Riverflow2010,Braunshweig, pp.1673-1680, 2010.
47) Sanjou, M., Nezu, I. and Suzuki, S. : PIV Measurements of Horizontal Vortex in Large-Scale Compound Open-Channel Flow, Proc. of 17th APD-IAHR Congress, Auckland, on USB-Memory, 1c028, 2010.
46) Sanjou, M. and Nezu, I. : Effects of Free-Surface Shear on Coherent Hairpain Vortex Genereted Near Flume Bed, Proc. of 17th APD-IAHR Congress, Auckland, on USB-Memory, 1c029, 2010. 45) Sanjou, M., Nezu, I. and Toda, A.: Coherent Structure in Interfacial Shear Layer with Wind-Induced Water Waves, Proc. of 17th APD-IAHR Congress, Auckland, on USB-Memory, 1c030, 2010. 44) Sanjou, M., Nezu, I. and Akiya Y.: Turbulent energy transport and convection properties of flows in closed channels caused by wind-induced water waves, Proc. of 32nd IAHR Congress, Vancouver, on
CD-ROM, 2009.
43) Sanjou, M. and Nezu, I.: Turbulence Structure in Density Mixing Layer with Heat and Momentum Transfer, Proc.of Riverflow2008, Izmir, pp. 161-169, 2008.
42) Nezu,I., Sanjou, M. and Okamoto, T.: Submerged Effects on Turbulence Structure in Vegetated Canopy Open-channel Flows, Proc.of Riverflow2008, Izmir, pp.203-210, 2008.
41) Sanjou, M. , Nezu, I.and Okamoto, T.: Experimental Study on Turbulent Diffusion in Submerged Vegetated Canopy Open-channel Flows, Proc.of Riverflow2008, Izmir, , pp.237-244, 2008.
40) Sanjou, M. and Nezu, I.: PIV Measurements in Meandering Compound Open-channel Flows,
Proc.of Riverflow2008, Izmir, pp.573-581, 2008.
39) Sanjou, M. and Nezu, I.: Numerical study of three dimensional turbulence structure in meandering compound open-channel flows, Proc.of 2nd International Symposium on Shallow flows, HongKong,
paper A0073, 2008.
38) Sanjou, M. and Nezu, I.: Effects of wind-induced waves on turbulence structure in shallow open-channel flows, Proc.of 2nd International Symposium on Shallow flows, HongKong, paper A0071, 2008.
37) Okamoto, T., Sanjou, M. and Nezu, I.: Large eddy simulation of shallow flows with submerged vegetations, Proc.of 2nd International Symposium on Shallow flows, HongKong, paper A0063, 2008.
36) Okamoto, T., Nezu, I. and Sanjou, M. : Monami phenomena in open-channel flows with flexible vegetations, Proc.of 2nd International Symposium on Shallow flows, HongKong, paper A0061, 2008.
35) Nezu, I., Sanjou, M. and Okamoto, T.: LDA measurements of turbulent structure in flexible vegetated open-channel flow, Proc.of 2nd International Symposium on Shallow flows, HongKong,
paper A0074, 2008.
34) Nezu, I., Sanjou, M. and Okamoto, T. : PIV Measurements in Vegetated Canopy Open-channel Flow with Wind-induced Water-Waves, Proc. of 5th international symposium of environmental hydraulics, Arizona, CD-ROM, 2007.
33) Sanjou, M. and Nezu, I. : Coherent Structure in Bubbly Turbulent Flows induced by Falling water,
Proc. of 5th international symposium of environmental hydraulics, Arizona, CD-ROM ,2007.
32) Sanjou, M., Quang, H. and Nezu, I. : Experimental Study on Coherent Structure in Meandering Compound Open-channel Flows, Proc. of 5th international symposium of environmental hydraulics,
Arizona, CD-ROM , 2007.
31) Okamoto, T., Sanjou, M. and Nezu, I. : 3-D velocity profiles and coherent structure in vegetated open-channel flows by using LES, Proc. of 5th international symposium of environmental hydraulics,
Arizona, CD-ROM , 2007.
30) Sanjou, M., Nezu, I. and Okamoto, T. : 3-D Large Eddy Simulation of Open-channel Flows with Vegetated Canopies, Proc. of 32th IAHR Conference, Venice, paper494, 2007.
29) Sanjou, M., Nezu, I. and Quang.H. : Coherent Eddy Structure in Meandering Open-channel Flows,
Proc. of 32th IAHR Conference, Venice, paper470, 2007.
28) Sanjou, M. and Nezu, I. : Discrete Vortex Simulation of Open-channel Flows including Bubble Plumes, Proc. of 32th IAHR Conference, Venice, paper605, 2007.
27) Nezu, I., Sanjou, M. and Okamoto, T. : PIV Measurements in Vegetated Open-channel Flows,
Proc. of 32th IAHR Conference, Venice, paper466, 2007.
26) Nezu, I., Sanjou, M. and Okamoto, T. : Turbulence Measurements in Vegetated Canopy Open-Channel Flows included with Wind-Induced Water-Waves, Proc. of 6th international symposium of
stratified flows, Perth, pp.360-365, 2006.
25) Sanjou, M. and Nezu, I. : Large Eddy Simulation of Turbulent Structure in Meandering Compound Open-channel Flow, Proc.of Riverflow2006, Lisbon, pp.253-262, 2006.
24) Sanjou, M., Nezu, I., Doi, T. and Quang, H. : Coherent Structure of Horizontal Eddies in Meandering Compound Open-channel Flow by using Muti-layer Scanning PIV, Proc.of
Riverflow2006, Lisbon, pp.243-252, 2006.
23) Nezu, I., Sanjou, M. and Okamoto, T. : Turbulent Structure and Dispersive Properties in Vegetated Canopy Open-channel Flows, Proc.of Riverflow2006, Lisbon, pp.583-592, 2006.
22) Nezu, I., Sanjou, M. , Doi, T. and Quang, H.: Velocity Distribution and Secondary Currents in Meandering Compound Open-channel Flow with Floodplains, Proc.of 31th IAHR Conference, Seol, pp.1977-1986, 2005.
applications to hydraulic engineering, Proc.of 31th IAHR Conference, Seol, pp.3496-3505, 2005. 20) Sanjou, M. and Nezu, I.: Log-wake law in time-dependent and depth-varying open-channel flow,
Proc.of 31th IAHR Conference, Seol, pp.3533-3542, 2005.
19) Nezu, I. and Sanjou, M. and Goto, K.: The Time-dependent Structure of Horizontal Vortices in Unsteady Compound Open-channel Flows During Rising and Falling Stages, J.of Hydroscience and
Hydraulic Eng., Vol.22, pp.25-35, 2004.
18) Sanjou, M. and Nezu, I.: 3-D Turbulence Simulation of Rectangular / Compound Open-channel Transition Flows including Suspended Sediment, Proc. of 6th International Conference of
Hydro-Science and Engineering, Brisbane, Australia, 10pages on CD-ROM, 2004.
17) Nezu, I. and Sanjou, M. and Goto, K: 3-D Coherent Structure of Horizontal Vortices in Compound Open-channel Flows, Proc. of 6th International Conference of Hydro-Science and Engineering, Brisbane, Australia, 10pages on CD-ROM, 2004.
16) Nezu, I., Sanjou, M. and Goto, K.: Transition Process of Coherent Vortices in Depth-varying Unsteady Compound Open-channel Flows, Shallow Flows(ed. G.H.Jirka& W.S.J. Uijttewaal), Balkema, pp.251-258, 2004.
15) Nezu, I. and Sanjou, M.: 3-D Numerical Calculation of Shallow Free-surface Flow in Time-dependent Stages from Rectangular to Compound Channels, Shallow Flows(ed. G.H.Jirka& W.S.J.
Uijttewaal),Balkema, pp.339-346, 2004.
14) Sanjou, M. and Nezu, I.: Numerical Simulation of Unsteadiness Effect in Depth-varying and Time-dependent Open-channel Flow, Proc.of 4th ISEH& 14th IAHR-APD Joint Conference, Hong Kong, pp.1651-1657, 2004.
13) Sanjou, M. and Nezu, I.: Discrete Vortex Simulation of Horizontal Vortices and Effect on Environment in Compound Straight Open-channel Flow, Proc.of 4th ISEH& 14th IAHR-APD Joint Conference, Hong Kong, pp.1625-1631, 2004.
12) Nezu, I. and Sanjou, M.: 3-D Velocity Measurements in Transition Region from Straight to Meandering Open-channel Flow with Floodplains, Proc.of 4th ISEH& 14th IAHR-APD Joint Conference, Hong Kong, pp.1593-1599, 2004.
11) Sanjou, M. and Nezu, I.: PIV Measurements of Rising Air Plumes in Open-channel Flows, Proc.
of 6th International Conference of Hydro-Science and Engineering, Brisbane, Australia, 10pages on
CD-ROM, 2004.
10) Nezu, I. ,Sanjou, M. and Goto, K.: Transition Process of Coherent Vortices in Depth-varying Unsteady Compound Open-channel Flows, Proc. of Int. Symp. on Shallow Flows, Delft, Vol.2, pp.215-222, 2003. 9) Nezu, I. and Sanjou, M.: 3-D Numerical Calculation of Shallow Free-surface Flow in Time-dependent Stages from Rectangular to Compound Channels, Proc. of Int. Symp. on Shallow Flows, Delft, Vol.1, pp.181-188, 2003.
8) Nezu, I., Sanjou, M.and Sakane, Y.: LDA measurements of Turbulence Characteristics in Transition from Rectangular to Compound Unsteady Open Channel Flows, Proc. of 3rd Turbulence and Shear
7) Nezu, I. and Sanjou, M.: 3-D Numerical Simulation of Turbulent Structure in Time-depending and Depth-Varying Unsteady Compound Open-channel Flows, Proc. of 3rd Int. Symp. on Turbulence and
Shear Flow Phenomena, Sendai, Japan, Vol.3, pp.875-880, 2003.
6) Nezu, I. and Sanjou, M. and Goto, K.: Coherent Horizontal Vortices in Unsteady Depth-varying Compound Open-channel Flows, Inland Waters(ed. I. Nezu et al.), Proc. of 30th IAHR Congress, Thessaloniki, Greece, Vol.1, pp.57-64, 2003.
5) Sanjou, M. and Nezu, I.: Numerical Study on Depth-varying Time-dependent Compound Open-channel Flows, Inland Waters(ed. I. Nezu et al.), Proc. of 30th IAHR Congress, Thessaloniki, Greece, Vol.1, pp.25-32, 2003.
4) Nezu, I., Sanjou, M. and Sakane, Y.: Three-Dimensional Measurements with Laser Doppler Anemometers in Unsteady Depth-Varying Compound Open-Channel Flows, Advances in Hydraulics
and Water Engineering, World Scientific Pub., Singapore, Vol.1, pp.56-61, 2002.
3) Nezu, I. and Sanjou, M.: Numerical Calculation of Near-Wall Region in Unsteady Open-Channel Flows, Advances in Hydraulics and Water Engineering (ed. John Junke Guo), World Scientific Pub., Singapore, Vol.1, pp.136-142, 2002.
2) Nezu, I. and Sanjou, M.: Numerical Study on Space-Time Structure in Unsteady Turbulent Open-Channel Flows with Suspended Sediment, Proc. of 10th International Symposium on Flow
Visualization, Kyoto, 7 pages on CD-ROM, 2002.
1) Sanjou, M. : Anaysis of Unsteady Open-Channel Flows by Numerical Calculation，Proc. of 29th
IAHR Congress, Beijing, 2001, pp.136-142, 2001.
著書
Invited book chapter
3)River Basin Management, ed.Andrew J. Manning，ISBN 978-953-51-2604-1, Hard cover, 312 pages, , INTECH publisher, Croatia, 2016; Chapter 11, Turbulence diffusion mechanism in submerged vegetation flows, 2016.
2)Hydraulics: Fluid Dynamics, Mechanical Applications and Role in Engineering, Chapter 2, Turbulence structure and related mass transfer mechanism in vegetated canopy open-channel flows, Nova Sci. Pub., 2012.
1)Sediment Transport in Aquatic Environments, ed.Andrew J. Manning，ISBN 978-953-307-586-0, Hard cover, 332 pages, , INTECH publisher, Croatia, 2011; Chapter 13, Hydrodynamic effects of sedimentation on mass transport properties in dead water zone of natural rivers, 277-292, 2011.
