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UZAKI Kenichi
Department of Environmental Engineering Science
Associate Professor
Last Updated :2025/03/27

Researcher Profile and Settings

Researcher

  • Name

    UZAKI Kenichi

Profile and Settings

  • Name

    Uzaki, Kenichi

Affiliation

  • Gunma University, Associate Professor

Research Experience

  • Gunma University Graduate School of Engineering

Research Activities

Research Areas

  • Social infrastructure (civil Engineering, architecture, disaster prevention), Hydroengineering

Research Interests

  • a regional sediment transport and morphodynamic model
  • fluvial bar movements at the river confluence
  • sediment depositions around the movale dam
  • erosion/deposition and siltation mechanisms of intertidal flats
  • development of estimatinoo methods of innundation depths and velocities by analyses of the SNS information
  • sea water spray
  • moored ship oscillation
  • floating breakwater
  • waves
  • currents
  • secondary circulations
  • sediment transport
  • beach profile model

Published Papers

  • Numerical simulations to clarify causes of the sand deposition at upstream and downstream sides of movable weir, Ryosuke Hagiwara, Kai Ozaki, Nana Yanagi, Hanae Ogura, Ken-ichi Uzaki, Sep. 2023, Proc. of JSFM Annual Metting, Symposium
  • A study on the formation of wind-induced surface streaks, Ken-ichi Uzaki, Nov. 2023, Journal of JSCE ser. B2 (Coastal Eng.), Vol. 79, No.1
  • A study of fluvilal bar movements at a river confluence, Wako Takami, Sho Miyoshi, Taisuke Kobayashi, Ken-ichi Uzaki, Nov. 2023, Journal of JSCE ser. B1 (Hydraulic Eng.), Vol.79, No.1, Scientific journal
  • Numerical study of the morphodynamic change of an intertidal flat due to tidal and coastal currents., Ken-ichi UZAKI, Yoshiaki KURIYAMA, Hikari SAKAMOTO, 2016, Proc. of the 32th International Conference on Coastal Engineering 2016
  • Investigation of the siltation mechanism of intertidal flat due to the flood of river., Masahiro ABE, Fumiya YAMAZAKI, Ken-ichi UZAKI, Yoshito IKEHATA, 2022, Jour. of JSCE B1 (Hydraulic Engineering), Vol.78, No.2
  • Investigation of sand depositions at the upstream side of the movable dam., Kai OZAKI, Nana OZAKI, Ryosuke HAGIWARA, Ken-ichi UZAKI, 2022, Jour. of JSCE B1 (Hydraulic Engineering), Vol.78, No.2
  • Numerical sutdy on the siltation zone near the shoreline of the intertidal flat., Fumiya YAMAZAKI, Masahiro ABE, Yoshito IKEHATA, Ken-ichi UZAKI, 2022, Jour. of JSCE B1 (Hydraulic Engineering), Vol.78, No.2
  • Development of estimation methods of innundation depths and velocities by analyses of SNS information., Ken-ichi UZAKI, Naoya Ohashi, Jun. 2021, Advances in River Engineering, 第27巻, 551, 556, Scientific journal
  • A study on the formation of wind-induced surface streaks, Ken-ichi UZAKI
  • 河川流域と沿岸域を含めた干潟の広域土砂動態とその侵食堆積機構の解明, 鵜﨑賢一，川嶋将央，小森崇弘, Sep. 2019, Scientific journal
  • 実測データと簡易モデルを用いた河川の土砂供給量算定モデルの構築, 鵜﨑賢一，加藤貴俊，川島朋也, Sep. 2020, Scientific journal
  • 吹送流中の二次循環流の形成機構とその水域環境への影響, 鵜﨑賢一, Nov. 2019, 585, 51, No.8, 2, 7
  • 河川と沿岸域を含めた干潟の広域土砂動態と泥質化・侵食実態の解明, 鵜﨑賢一，川嶋将央，宮田朋幸, Jun. 2020, 75, 2, I_707, I_712, Scientific journal
  • 潮汐と風波による干潟の底質輸送と地形変化に関する数値計算, 鵜崎賢一，栗山善昭，坂本光, Nov. 2008, 55, 451-455
  • 白川河口干潟における凝集性土砂の土砂収支に関する数値計算, 鵜崎賢一，栗山善昭, Nov. 2007, 54, 456-460
  • Numerical study of the development of 3D morphodynamic model and an application to an intertidal flat in the Ariake Sea, Ken-ichi Uzaki, Yoshiaki Kuriyama, Sep. 2007, Proc. of the IAHR Symposium on River, Coastal and Esturine Morphodynamics
  • Cause and countermeasure of long-period oscillations of moored ships and the quantification of surging and heaving amplitudes, Ken-ichi Uzaki, Nobuhiro Matsunaga, Yasuhiro Nishii, Yoshito Ikehata, 2009, Ocean Engineering
  • 潮流と海浜流による干潟の地形変化に関する数値計算, 鵜崎賢一，栗山善昭，坂本光, Nov. 2009, 56
  • 二次循環流を伴う吹送流の水平流速分布に関する現地観測, 鵜崎賢一, Nov. 2010, Vol.66，No.1, 336－340
  • 強風によって輸送される白波砕波上の飛沫量と風応力の関係, 松永信博，櫨田操，鵜崎賢一, 1999, No.635/II-49, pp.113-126
  • Performance of the wave energy of a floating breakwater with truss structures and the quantification of transmission coefficients, Ken-ichi Uzaki, Nobuhiro Matsunaga, Yoshito Ikehata, 2009, Journal of Coastal Research
  • 吹送流中の二次循環流に関する実験的研究, 松永信博，鵜崎賢一, 2002, No.705/II-59, pp.67-82
  • 夏季の渡良瀬遊水地における風と水温構造ならびに底層のDO濃度の関係, 鵜﨑賢一, 福田敏正, 2015
  • 二次循環流を伴う吹送流の三次元構造と湖沼の水温構造に関する現地観測, 鵜﨑賢一, 荒木陽介, 堀口真弥, 天笠達也, 戸屋裕亮, 山田航, 2013, 57, CDROM
  • 長期データを用いた那珂川からの土砂供給量の算定と河口域での土砂の挙動に関する研究, 高橋誠, 戸屋裕亮, 山田航, 荒木陽介, 堀口真弥, 田井明, 松本健作, 鵜﨑賢一, 清水義彦, 2014, 70, 4, I_1021-I_1026
  • 那珂川からの全土砂供給量の直接計測による算定手法の確立による研究, 鵜﨑賢一, 荒木陽介, 綿貫祐介, 高橋誠, Nov. 2014, 61, 2, I_651-I_655
  • 感潮域におけるh-Q式の算定方法に関する研究, 鵜﨑賢一, 小谷内秀幸, 2016, 72, 4, I_721-I_726
  • A Study of the Estimation of Sediment Discharge from the Naka River by using the Hybrid Method, Makoto Takahashi, Ken-ichi Uzaki, Yoneyama Masashi, 2015, Poster Presentation, Coastal Stucture and Solution to Coastal Disaster 2015
  • Sediment Budget from the Yamakuni River to Nakatsu Intertidal Flat and the Mechanism of the Morphodynamic Change of the Flat., Ken-ichi Uzaki, Masashi Yoneyama, Shiori Okuma, Akira Tai, Yoshito Ikehata, Hiroki Iyooka, Nov. 2016, Proc. of International Conference on Hydroscience & Eingineering 2016
  • Sediment Discharge of the Nakatsu Intertidal Flat and the Yamakuni River and the Numerical Forecasting of the Morphodynamic Change., Ken-ichi Uzaki, Masashi Yoneyama, Shiori Okuma, Akira Tai and Yoshito Ikehata, 2016, Proc. of Inetrnational Conference on Coastal Engineering 2016
  • 2011年東北地方太平洋沖地震による茨城県北部の津波, 信岡尚道，鵜﨑賢一，松浦健郎，鍋谷泰紀, Nov. 2011, 第58巻, pp.1286-1290
  • 177 Development of the indoor pollen motion computation software, Hashimoto Akinori;Takahashi Toshiki;Matsumoto Kensaku;Uzaki Ken-ichi, 2012, Japanese Journal of Palynology, 58, 0
  • Simulation of indoor air flow created by an air purifier and particle tracking calculation for pollen grains, HASHIMOTO Akinori;TAKAHASHI Toshiki;MATSUMOTO Kensaku;UZAKI Ken-ichi, 2012, Indoor Environment, 15, 2, 147, 161
  • The Tsunami Hazard in Coastal Zones of Ibaraki Prefecture based on an Numerical Simulation of the Tsunami due to The 2011 off the Pacific coast of Tohoku Earthquake, NOBUOKA Hisamichi;UZAKI Kenichi;ITHO Hiroki;TSUBOI Takumu, 2012, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 68, 2, I_296, I_300
  • The Tsunami Hazard in Coastal Zones of Ibaraki Prefecture based on an Numerical Simulation of the Tsunami due to The 2011 off the Pacific coast of Tohoku Earthquake, NOBUOKA Hisamichi;UZAKI Kenichi;ITHO Hiroki;TSUBOI Takumu, 2012, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 68, 2, I_296, I_300
  • FIELD OBSERVATIONS ON THE THREE-DIMENSIONAL STRUCTURE OF WIND-DRIVEN CURRENTS WITH SECONDARY CIRCULATIONS, IDE Kouji;HONMA Seiya;ARAKI Yousuke;HORIGUCHI Masaya;UZAKI Ken-ichi, 2012, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 68, 4, I_799, I_804
  • FIELD OBSERVATIONS ON THE THREE-DIMENSIONAL STRUCTURE OF WIND-DRIVEN CURRENTS WITH SECONDARY CIRCULATIONS, IDE Kouji;HONMA Seiya;ARAKI Yousuke;HORIGUCHI Masaya;UZAKI Ken-ichi, 2012, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 68, 4, I_799, I_804
  • FIELD OBSERVATION OF WIND-DRIVEN CURRENTS ACCOMPANIED WITH SECONDARY CIRCULATIONS AND THE THERMAL STRUCTURE OF THE LAKE., UZAKI Ken-ichi;ARAKI Yosuke;HORIGUCHI Shinya;AMAGASA Tatsuya;TOYA Yusuke;YAMADA Wataru, 2013, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 69, 4, I_1393, I_1398
  • Study on the establishment of estimation method of total sediment discharge from the Naka River by direct observations, UZAKI Ken-ichi;ARAKI Yosuke;WATANUKI Yusuke;TAKAHASHI Makoto, 2014, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 70, 2, I_651, I_655
  • RESEARCH OF SEDIMENT TRANSPORT BEHAIVIOUR OFF THE RIVERMOUTH AND THE ESTIMATION OF SEDIMENT TRANSPORT QUANTITY FROM THE NAKA RIVER BY USING LONG-PERIOD OBSERVATION DATA, TAKAHASHI Makoto;TOYA Yusuke;YAMADA Wataru;ARAKI Yousuke;HORIGUCHI Shinya;TAI Akira;MATSUMOTO Kensaku;UZAKI Kenichi;SHIMIZU Yoshihiko, 2014, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 70, 4, I_1021, I_1026
  • RESEARCH OF SEDIMENT TRANSPORT BEHAIVIOUR OFF THE RIVERMOUTH AND THE ESTIMATION OF SEDIMENT TRANSPORT QUANTITY FROM THE NAKA RIVER BY USING LONG-PERIOD OBSERVATION DATA, TAKAHASHI Makoto;TOYA Yusuke;YAMADA Wataru;ARAKI Yousuke;HORIGUCHI Shinya;TAI Akira;MATSUMOTO Kensaku;UZAKI Kenichi;SHIMIZU Yoshihiko, 2014, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 70, 4, I_1021, I_1026
  • A STUDY ON THE ESTIMATION OF SEDIMENT DISCHARGE FROM THE NAKA RIVER INCLUDING THE FLOOD AND THE FOREASTING OF A REGIONAL SEDIMENT MOVEMENT OF THE KASHIMA-NADA SEA, UZAKI Ken-ichi;TAKAHASHI Makoto;TAKEDA Yusei, 2016, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 72, 2, I_529, I_534
  • A STUDY ON THE ESTIMATION OF SEDIMENT DISCHARGE FROM THE NAKA RIVER INCLUDING THE FLOOD AND THE FOREASTING OF A REGIONAL SEDIMENT MOVEMENT OF THE KASHIMA-NADA SEA, UZAKI Ken-ichi;TAKAHASHI Makoto;TAKEDA Yusei, 2016, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 72, 2, I_529, I_534
  • A STUDY ON THE ESTIMATION OF h-Q EQUATION AT THE RIVER TIDAL AREA, UZAKI Ken-ichi;KOYAUCHI Hideyuki, 2016, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 72, 4, I_721, I_726
  • A STUDY ON THE ESTIMATION OF h-Q EQUATION AT THE RIVER TIDAL AREA, UZAKI Ken-ichi;KOYAUCHI Hideyuki, 2016, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 72, 4, I_721, I_726
  • REGIONAL SEDIMENT TRANSPORT FROM YAMAKUNI RIVER TO NAKATSU INTERTIDAL FLAT AND THE INVESTIGATION OF MECHANISM OF EROSION/DEPOSITION OF THE FLAT, UZAKI Ken-ichi;OKUMA Shiori;KURAMOCHI Akira;TAI Akira;IKEHATA Yoshito, 2018, Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering), 74, 2, I_707, I_712
  • REGIONAL SEDIMENT TRANSPORT FROM YAMAKUNI RIVER TO NAKATSU INTERTIDAL FLAT AND THE INVESTIGATION OF MECHANISM OF EROSION/DEPOSITION OF THE FLAT, UZAKI Ken-ichi;OKUMA Shiori;KURAMOCHI Akira;TAI Akira;IKEHATA Yoshito, 2018, Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering), 74, 2, I_707, I_712
  • INVESTIGATION OF THE SEDIMENT BUDGET FROM YAMAKUNI RIVER TO NAKATSU INTERTIDAL FLAT AND THE MECHANISM OF EROSION/DEPOSITION, UZAKI Ken-ichi;OKUMA Shiori;KURAMOCHI Akira;TAI Akira;IKEHATA Yoshito, 2018, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 74, 2, I_817, I_822
  • INVESTIGATION OF THE SEDIMENT BUDGET FROM YAMAKUNI RIVER TO NAKATSU INTERTIDAL FLAT AND THE MECHANISM OF EROSION/DEPOSITION, UZAKI Ken-ichi;OKUMA Shiori;KURAMOCHI Akira;TAI Akira;IKEHATA Yoshito, 2018, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 74, 2, I_817, I_822
  • INVESTIGATION OF EFFECTS OF WIND-DRIVEN CURRENTS ON THE ESTIMATION OF RIVER DISCHARGE, UZAKI Ken-ichi;OTSUKA Takayuki, 2018, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 74, 5, I_625, I_630
  • INVESTIGATION OF EFFECTS OF WIND-DRIVEN CURRENTS ON THE ESTIMATION OF RIVER DISCHARGE, UZAKI Ken-ichi;OTSUKA Takayuki, 2018, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 74, 5, I_625, I_630
  • INVESTIGATION OF A REGIONAL SEDIEMNT TRANSPORT INCLUDING RIVER AND COASTAL REGION AND AN ACTUAL CONDITION OF SILTATION・EROSION, UZAKI Ken-ichi;KAWASHIMA Masahiro;MIYATA Tomoyuki, 2020, Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering), 76, 2, I_792, I_797
  • INVESTIGATION OF A REGIONAL SEDIEMNT TRANSPORT INCLUDING RIVER AND COASTAL REGION AND AN ACTUAL CONDITION OF SILTATION・EROSION, UZAKI Ken-ichi;KAWASHIMA Masahiro;MIYATA Tomoyuki, 2020, Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering), 76, 2, I_792, I_797
  • The Tsunami Hazard in Coastal Zones of Ibaraki Prefecture based on a Numerical Simulation of the Tsunami due to The 2011 off the Pacific coast of Tohoku Earthquake, 信岡 尚道;鵜崎 賢一;伊藤 広樹, 2012, 68, 2, 296, 300
  • Field observation of three-dimensional structure of wind-driven currents accompanied with secondary circulations and thermal structure of the lake, 鵜﨑 賢一;荒木 陽介;堀口 真弥, 2013, 57, 1_1393, 1398
  • Study on the establishment of estimation method of total sediment discharge from the Naka River by direct observations, 鵜﨑 賢一;荒木 陽介;綿貫 祐介, 2014, 70, 2, 651, 655
  • INVESTIGATION OF THE SEDIMENT BUDGET FROM YAMAKUNI RIVER TO NAKATSU INTERTIDAL FLAT AND THE MECHANISM OF EROSION/DEPOSITION, 鵜﨑 賢一;大熊 汐里;倉持 顕;田井 明;池畑 義人, 2018, 74, 2, I_817, 822
  • INVESTIGATION OF EFFECTS OF WIND-DRIVEN CURRENTS ON THE ESTIMATION OF RIVER DISCHARGE, 鵜﨑 賢一;大塚 隆之, 2018, 63, I_625, 630
  • REGIONAL SEDIMENT TRANSPORT FROM YAMAKUNI RIVER TO NAKATSU INTERTIDAL FLAT AND THE INVESTIGATION OF MECHANISM OF EROSION/DEPOSITION OF THE FLAT, 鵜﨑 賢一;大熊 汐里;倉持 顕;田井 明;池畑 義人, 2018, 43
  • INVESTIGATION OF A REGIONAL SEDIMENT TRANSPORT INCLUDING RIVER AND COASTAL REGION AND AN ACTUAL CONDITION OF SILTATION・EROSION, 鵜﨑 賢一;川嶋 将央;宮田 朋幸, 2020, 45
  • A RELATIONSHIP BETWEEN SPRAY QUANTITY AND WIND SHEAR STRESS ON WHITH CAPS UNDER STRONG WINDS, MATSUNAGA Nobuhiro;HASHIDA Misao;UZAKI Ken-ichi, Nov. 1999, Doboku Gakkai Ronbunshu, 635, 113, 126
  • EXPERIMENTAL STUDY OF SECONDARY CIRCULATIONS IN WIND-DRIVEN CURRENTS, MATSUNAGA Nobuhiro;UZAKI Ken-ichi, May 2002, 705, 67, 82
  • AM06-10-013 A Development of floating breakwater with truss using wave breaking mechanism, IKEHATA Yoshito;HASHIDA Misao;MATSUNAGA Nobuhiro;UZAKI Ken-ichi, 2006, 2006
  • AM06-18-002 Experimental and numerical study on the formation mechanism of Langmuir circulations, Uzaki Ken-ichi;Matsunaga Nobuhiro, 2006, 2006
  • Development of 3-D sediment transport model on intertidal flats due to tidal currents and wave-induced currents, Uzaki Ken-ichi;Kuriyama Yoshiaki, 2007, 2007
  • Field Observation of the Horizontal Structure of Wind-driven Currents due to Langmuir Circulations, Uzaki Ken-ichi, 2009, 2009
  • Experimental Study of Secondary Circulations in Wind-Driven Currents., MATSUNAGA Nobuhiro;UZAKI Ken-ichi, 2002, Doboku Gakkai Ronbunshu, 2002, 705, 67, 82
  • 波に作用する風応力としぶき量の関係, 松永 信博;櫨田 操;鵜崎 賢一, 1995, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 42, 1031, 1035
  • 二次循環流を伴う吹送流の実験的研究, 松永 信博;櫨田 操;草場 浩平;鵜崎 賢一, 1998, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 45, 426, 430
  • 長周期波の侵入による港内動揺の現地観測と数値計算, 西井 康浩;高瀬 和博;大岡 弘樹;鵜崎 賢一;松永 信博, 2003, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 50, 236, 240
  • 北部有明海における流動・成層構造の大規模現地観測, 小松 利光;武田 誠;朝位 孝二;大串 浩一郎;多田 彰秀;西田 修三;千葉 賢;中村 武弘;堤裕 昭;西ノ首 英之;矢野 真一郎;齋田 倫範;松永 信博;鵜崎 賢一;徳永 貴久;押川 英夫;濱田 孝治;橋本 彰博, 2004, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 51, 341, 345
  • ラングミュアー循環流の形成機構に関する3次元LES, 鵜崎 賢一;松永 信博, 2004, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 51, 86, 90
  • Numerical Simulations to Calculate Sediment Budgets of Cohesive Sediments on an Intertidal Flat at the Mouth of the Shirakawa River., UZAKI Ken-ichi;KURIYAMA Yoshiaki, 2007, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 54, 456, 460
  • 強風によって沖合海域から浅海域へ輸送されるしぶき量の低減率について, 松永 信博;櫨田 操;鵜崎 賢一;岸岡 賢祐, 1996, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 43, 1186, 1190
  • 吹送流中の二次循環流形成に果たす風波の役割, 松永 信博;鵜崎 賢一;浦上 由紀子, 2001, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 48, 376, 380
  • 補償流を伴わない吹送流におけるラングミュアー循環流の特性, 鵜崎 賢一;松永 信博, 2003, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 50, 421, 425
  • 底質の移動限界と浮遊砂フラックスにおける吹送流の影響, 鵜崎 賢一;田畑 敦圭;戸谷 昭浩;松永 信博, 2005, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 52, 386, 390
  • 砕波促進技術を応用した高消波性能を有する浮防波堤の基本的特性, 池畑 義人;櫨田 操;松永 信博;山口 裕昭;山本 一仁;鵜崎 賢一, 2005, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 52, 656, 660
  • Development of a Pelagic Ecosystem Model Considering the Microbial Loop and Field Evaluation in Ise Bay, 中村 由行;鵜崎 賢一;三好 英一;井上 徹教;細川 真也, 2006, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 53, 1041, 1045
  • 波・流れ共存場における浮遊砂フラックスの定量的評価, 鵜崎 賢一;松永 信博;戸谷 昭浩;櫨田 操;池畑 義人, 2006, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 53, 451, 455
  • Numerical Study on the Sediment Transport and Morphologic Change of Intertidal Flats by Tides and Wind Waves, UZAKI Ken-ichi;KURIYAMA Yoshiaki;SAKAMOTO Hikaru, 2008, PROCEEDINGS OF COASTAL ENGINEERING, JSCE, 55, 451, 455
  • DENSITY STRATIFICATION AND WATER QUALITY IN A VERTICAL SECTION ALONG TAKESAKI-OHMUTA LINE OF ARIAKE SEA, TOKUNAGA Takahisa;UZAKI Ken-ichi;MATSUNAGA Nobuhiro;KOMATSU Toshimitsu, 2004, PROCEEDINGS OF HYDRAULIC ENGINEERING, 48, 1273, 1278
  • Tsunami Disaster in North Part of Ibaraki Prefecture due to the 2011 Tohoku Pacific Ocean Earthquake, NOBUOKA;UZAKI Kenichi;MATSUURA Takeo;NABETANI Yasunori, 2011, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 67, 2, I_1286, I_1290
  • Tsunami Disaster in North Part of Ibaraki Prefecture due to the 2011 Tohoku Pacific Ocean Earthquake, NOBUOKA;UZAKI Kenichi;MATSUURA Takeo;NABETANI Yasunori, 2011, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 67, 2, I_1286, I_1290
  • Field Measurement of Suspended Sediment Size Distribution, KURIYAMA Yoshiaki;SUZUKI Takayuki;YANAGISHIMA Shin-ichi;UZAKI Ken-ichi;ISHINO Yoshio;SAKAMOTO Hikari, 2011, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 67, 2, I_476, I_480
  • Field Measurement of Suspended Sediment Size Distribution, KURIYAMA Yoshiaki;SUZUKI Takayuki;YANAGISHIMA Shin-ichi;UZAKI Ken-ichi;ISHINO Yoshio;SAKAMOTO Hikari, 2011, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 67, 2, I_476, I_480
  • Numerical Study of Topographic Changes of Intertidal Flat due to Tidal and Coastal Currents, UZAKI Ken-ichi;KURIYAMA Yoshiaki;SAKAMOTO Hikari, 2009, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 65, 1, 466, 470
  • Field Observation on the Horizontal Velocity Profile of Wind-driven Currents with Secondary Circulations, UZAKI Ken-ichi, 2010, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 66, 1, 336, 340
  • Field Observation on the Horizontal Velocity Profile of Wind-driven Currents with Secondary Circulations, UZAKI Ken-ichi, 2010, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 66, 1, 336, 340
  • Development of the three-dimensional numerical model of sediment transports and topographic changes of intertidal flats due to sands and cohesive sediments generated by tidal current and wave-induced currents and an application to the filed, 鵜崎 賢一;栗山 善昭, Jun. 2009, Report of the Port and Airport Research Institute, 48, 2, 37, 62
  • Numerical study on the sediment transport and morphologic change of intertidal flats by tides and wind waves, 鵜崎 賢一;栗山 善昭;坂本 光, Oct. 2008, Journal of coastal engineering, JSCE, 55, 451, 455
  • CLARIFICATION OF SILTATION MECHANISM OF INTERTIDAL FLAT DUE TO RIVER FLOOD BASED ON QUASI THREE-DIMENSIONAL NUMERICAL CALCULATIONS OF REGIONAL SEDMENT TRANSPORT, UZAKI Ken-ichi;YASUGE Shota;TAI Akira;SAITA Tomonori;IKEHATA Yoshito, 2021, Journal of Japan Society of Civil Engineers, Ser. B2 (Coastal Engineering), 77, 2, I_493, I_498
    DOI
  • DEVELOPMENT OF SEDIMENT DISHCARGE MODEL OF RIVERS BY USING FILED DATA AND THE SIMPLE MODEL, UZAKI Ken-ichi;KATO Takatoshi;IKEHATA Yoshito, 2021, Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 77, 2, I_595, I_600
    DOI

MISC

  • Cause and countermeasure of long-period oscillations of moored ships and the quantification of surge and heave amplitudes, Ken-ichi Uzaki,Nobuhiro Matsunaga,Yasuhiro Nishii,Yoshito Ikehata, Feb. 2010, OCEAN ENGINEERING, 37, 2-3, 155, 163
    DOI
  • Cause and countermeasure of long-period oscillations of moored ships and the quantification of surge and heave amplitudes, Ken-ichi Uzaki,Nobuhiro Matsunaga,Yasuhiro Nishii,Yoshito Ikehata, Feb. 2010, OCEAN ENGINEERING, 37, 2-3, 155, 163
    DOI
  • Numerical study of the development of 3D morphodynamic model and an application to an intertidal flat in the Ariake Sea, Ken-ichi Uzaki,Yoshiaki Kuriyama, 2007, Proc. of the IAHR Symposium on River, Coastal and Esturine Morphodynamics, Vol.1, 427, 434
  • Performance of the wave energy of a floating breakwater with truss structures and the quantification of transmission coefficients, Ken-ichi Uzaki,Nobuhiro Matsunaga,Yoshito Ikehata, 2009, Journal of Coastal Research
  • A Study of the Estimation of Sediment Discharge from the Naka River by using the Hybrid Method, Makoto Takahashi,Ken-ichi Uzaki,Yoneyama Masashi, 2015, Poster Presentation, Coastal Stucture and Solution to Coastal Disaster 2015
  • Sediment Discharge of the Nakatsu Intertidal Flat and the Yamakuni River and the Numerical Forecasting of the Morphodynamic Change., Ken-ichi Uzaki,Masashi Yoneyama,Shiori Okuma,Akira Tai,Yoshito Ikehata, 2016, Proc. of Inetrnational Conference on Coastal Engineering 2016, 378, 381
  • Sediment Budget from the Yamakuni River to Nakatsu Intertidal Flat and the Mechanism of the Morphodynamic Change of the Flat., Ken-ichi Uzaki,Masashi Yoneyama,Shiori Okuma,Akira Tai,Yoshito Ikehata,Hiroki Iyooka, 2016, Proc. of International Conference on Hydroscience & Eingineering 2016, in press
  • 潮汐と風波による干潟の底質輸送と地形変化に関する数値計算, 鵜崎賢一,栗山善昭,坂本光, 2008, 55, 451, 455
    DOI
  • 白川河口干潟における凝集性土砂の土砂収支に関する数値計算, 鵜崎賢一,栗山善昭, 2007, 54, 456, 460
    DOI
  • Numerical study of the development of 3D morphodynamic model and an application to an intertidal flat in the Ariake Sea, Ken-ichi Uzaki,Yoshiaki Kuriyama, 2007, Vol.1, 427, 434
  • 二次循環流を伴う吹送流の水平流速分布に関する現地観測, 鵜崎賢一, 2010, Vol.66,No.1, 336, 340
    DOI
  • Performance of the wave energy of a floating breakwater with truss structures and the quantification of transmission coefficients, Ken-ichi Uzaki,Nobuhiro Matsunaga,Yoshito Ikehata, 2009
  • 吹送流中の二次循環流に関する実験的研究, 松永信博,鵜崎賢一, 2002, No.705/II-59, 67, 82
    DOI
  • 強風によって輸送される白波砕波上の飛沫量と風応力の関係, 松永信博,櫨田操,鵜崎賢一, 1999, No.635/II-49, 113, 126
    DOI
  • 潮流と海浜流による干潟の地形変化に関する数値計算, 鵜崎賢一,栗山善昭,坂本光, 2009, 56
    DOI
  • 夏季の渡良瀬遊水地における風と水温構造ならびに底層のDO濃度の関係, 鵜﨑賢一,福田敏正, 2015
  • 長期データを用いた那珂川からの土砂供給量の算定と河口域での土砂の挙動に関する研究, 高橋誠,戸屋裕亮,山田航,荒木陽介,堀口真弥,田井明,松本健作,鵜﨑賢一,清水義彦, 2014, 70, 4, I_1021-I_1026
    DOI
  • A Study of the Estimation of Sediment Discharge from the Naka River by using the Hybrid Method, Makoto Takahashi,Ken-ichi Uzaki,Yoneyama Masashi, 2015
  • Sediment Discharge of the Nakatsu Intertidal Flat and the Yamakuni River and the Numerical Forecasting of the Morphodynamic Change., Ken-ichi Uzaki,Masashi Yoneyama,Shiori Okuma,Akira Tai,Yoshito Ikehata, 2016, 378, 381
  • 二次循環流を伴う吹送流の三次元構造と湖沼の水温構造に関する現地観測, 鵜﨑賢一,荒木陽介,堀口真弥,天笠達也,戸屋裕亮,山田航, 2013, 57, CDROM
  • 那珂川からの全土砂供給量の直接計測による算定手法の確立による研究, 鵜﨑賢一,荒木陽介,綿貫祐介,高橋誠, 2014, 61, 2, I_651-I_655
    DOI
  • 感潮域におけるh-Q式の算定方法に関する研究, 鵜﨑賢一,小谷内秀幸, 2016, 72, 4, I_721-I_726
    DOI
  • Sediment Budget from the Yamakuni River to Nakatsu Intertidal Flat and the Mechanism of the Morphodynamic Change of the Flat., Ken-ichi Uzaki,Masashi Yoneyama,Shiori Okuma,Akira Tai,Yoshito Ikehata,Hiroki Iyooka, 2016, in press
  • 2011年東北地方太平洋沖地震による茨城県北部の津波, 信岡尚道,鵜﨑賢一,松浦健郎,鍋谷泰紀, 2011, 第58巻, 1286, 1290
    DOI

Presentations

  • 第6回中津NETアカデミア基調講演, Ken-ichi UZAKI, 第6回中津NETアカデミア, 12 Feb. 2022
  • NUMERICAL STUDY OF THE MORPHODYNAMIC CHANGEOF AN INTERTIDAL FLAT DUE TO TIDAL AND COASTAL CURRENTS, International Conference on Coastal Engineering 2010, 2010
  • Numerical study of the development of 3D morphodynamic model and an application to an intertidal flat in the Ariake Sea, European Geosciences Union General Assembly 2008, 2008
  • Numerical and field study of sediment budgets on an intertidal flat at the mouth of the Shirakawa River., IAHR Syposium on River, Coastal and Esturine Morphodynamics, 2007
  • 二次循環流を伴う吹送流の水平流速分布に関する現地観測, 海岸工学講演会, 2010
  • Numerical study of the development of 3D morphodynamic model and an application to an intertidal flat in the Ariake Sea, European Geosciences Union General Assembly 2008, 2008

Research Projects

  • 二次循環流を伴う吹送流の三次元構造とその形成頻度，ならびに湖沼の水温構造に与える影響評価, Grant-in-Aid for Scientific Research, 2009, Competitive research funding
  • 扇状地急流河川における土砂堆積と流路選択に関する研究, Cooperative Research, 2010, Competitive research funding
  • Development of morphodynamic change model of intertidal flats due to tidal and coastal currents, Funded Research, 2006, Competitive research funding
  • 2009, Competitive research funding
  • 2010, Competitive research funding
  • 2006, Competitive research funding

Research Grants & Projects

  • 2023, 2023
  • 2020, 2021
  • 2020, 2021
  • 2021, 2022
  • 2019, 2019
  • 2014, 2014
  • 2012, 2012
  • 2010, 2012
  • 2008, 2008
  • 2003, 2005

Social Contribution

Social Contribution

  • JABEE審査委員長, 2010, 9999
  • 国土交通省関東地方整備局利根川上流河川事務所八斗島水位流量観測適正化検討会委員, 2014
  • 群馬県河川整備計画審査会委員, 2014
  • 国土交通省関東地方整備局高崎河川国道事務所　総合評価審査分科会評価委員, 2013
  • 国土交通省関東地方整備局渡良瀬川河川事務所　総合評価審査分科会評価委員, 2010
  • 国土交通省関東地方整備局利根川上流河川事務所　総合評価分科会評価委員, 2010
  • 土木学会水工学委員会　2019台風19号豪雨災害調査団, 2019, 2019
  • 土木学会水工学委員会2017九州北部豪雨災害調査団, 2017, 2017
  • 土木学会水工学委員会令和2年7月九州豪雨災害調査団, Jul. 2020, May 2021, Investigation
  • 土木学会海岸工学委員会2011東日本震災津波災害調査団, 2011, 2011

Academic Contribution

  • 土木学会水工学委員会2017九州北部豪雨災害調査団, Academic research, Jul. 2017, Apr. 2018
  • 土木学会水工学委員会令和元年台風19号豪雨災害調査団, Academic research, Oct. 2019, Apr. 2020
  • 土木学会水工学委員会令和2年7月九州豪雨災害調査団, Academic research, Jul. 2020, 9999
  • 日本流体力学会学会誌「ながれ」編集委員会, Academic society etc, Apr. 2019, 9999

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