Tomoeda kyouko (Tomoeda kyouko)

写真a

Job title

Associate Professor

Research field 【 display / non-display

  • Foundations of mathematics/Applied mathematics

 

Papers 【 display / non-display

  • Toward a mathematical analysis for a model of suspension flowing down an inclined plane

    Kaname Matsue, Kyoko Tomoeda

    Proceedings of Equadiff 2017 Conference   349 - 358   2017

    Joint Work

    Research paper (international conference proceedings)

  • 斜面を流れる非圧縮粘性流体の安定な定常解に関するレイノルズ数の範囲について

    寺本惠昭, 友枝恭子

    2015年度応用数学合同研究集会報告集   332 - 333   2015.12

    Joint Work

    Research paper (scientific journal)

  • Mathematics education and EMaT in Faculty of Science and Engineering, Setsunan University

      438 - 439   2015.04

    Joint Work

    Research paper (other science council materials etc.)

  • Remedial education in "Kiso Suugaku Enshu" and its effect

      496 - 497   2015.04

    Joint Work

    Research paper (other science council materials etc.)

  • Two dimensional viscous free surface flow down an inclined plane

    Yohei Sasaki, Yoshiaki Teramoto, Kyoko Tomoeda

    北海道大学数学講究録 164   45 - 49   2015

    Joint Work

    Research paper (scientific journal)

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Presentations 【 display / non-display

  • Toward a mathematical analysis for a model of suspension flowing down an inclinedplane

    ANZIAM 2019  ニュージーランド, ネルソン  International conference  Oral Presentation(general) 

    2019.02
     
     

  • Mathematical analysis of suspension flowing down the inclined plane

    2018 A3 Fluid Mechanics Workshop  Hangzhou, China   International conference  Oral Presentation(general) 

    2018.03
     
     

  • Toward a mathematical analysis for a model of suspension flowing down an inclined plane

    Equadiff 2017  Bratislava, Slovakia  International conference  Oral Presentation(general) 

    2017.07
     
     

  • A range of Reynolds number for stationary solution of the viscous incompressible fluid flow down an inclined plane

    Czech-Japanese-Polish Seminar in Applied Mathematics 2016  International conference  Oral Presentation(general) 

    2016.09
     
     

  • A range of Reynolds number for stationary solution of the viscous incompressible fluid flow down an inclined plane

    The 11th AIMS Conference on Dynamical Systems, Differential Equations and Applications   International conference  Oral Presentation(general) 

    2016.07
     
     

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