研究者検索結果一覧 ジェイン メハク ジェイン メハクMehak Jain ダウンロードする帳票の形式を下記より選択して下さい 「教育研究等環境」形式 「文科省帳票様式第4号 ①履歴書」形式 「文科省帳票様式第4号 ②教育研究業績書」形式 基本情報 所属兵庫県立大学 大学院 工学研究科 化学工学専攻 助教 (博士(工学))J-GLOBAL ID202501012048032061researchmap会員IDR000097087 研究キーワード 1 流体計測 学歴 3 2022年10月 - 2025年9月 横浜国立大学 大学院理工学府 2018年7月 - 2020年7月 Panjab University Dr. SSB University Institute of Chemical engineering and Technology Master's of Engineering 2013年7月 - 2017年6月 Punjab Technical University Department of chemical engineering Bachelor of Technology 委員歴 4 2022年10月 - 現在 Society of chemical engineers Japan 2024年1月 - 2025年1月 American Institute of chemical engineering - 2019年 IIT Bombay Chemical Engineering Symposium Azeotropy 2013年9月 - 2017年6月 Indian Institute of Chemical Engineers (IIChE) 受賞 5 2025年1月 YNU WIN Excellence award Yokohama National University Women Initiative Network Yokohama National University 2024年10月 Finalist Award AIChE Annual Meeting from Fluid Mechanics Programming committee in Graduate Student & Post doctor Poster Competition American Institute of chemical engineers 2024年10月 Presentation Award Particle and Fluid Processing Division of the Society at the 55th Fall Meeting of the Society of Chemical Engineers Society of Chemical Engineers Japan 2022年10月 MEXT scholarship Ministry of Education, Culture, Sports, Science and Technology 2020年 Excellence award Excellence award for achieving master’s degree with honors Panjab University 論文 4 CFD Simulation and PIV Measurement of Local Fluid Velocity Distribution of Newtonian and Highly Shear-Thinning Fluid in an Impeller Rotational Region Mehak Jain, Natsumi Ogawa, Ryuta Misumi Journal of Chemical Engineering of Japan 58 2025年10月 査読有り責任著者 Computational fluid dynamics analysis of power dissipation and shear rate distribution for highly viscous and highly shear-thinning fluids in stirred tanks Mehak Jain, Takemi Shinkai, Koki Anzai, Ryuta Misumi Chemical Engineering Research and Design 216 2025年2月 査読有り責任著者 Experimental Investigation of the Power Consumption and Metzner–Otto Constant for Highly Shear-Thinning Fluids with Different Impeller Geometries Mehak Jain, Ryuta Misumi Journal of Chemical Engineering of Japan 57(1) 2024年8月 査読有り責任著者 Photodegradation and Photo stabilization of Polymers – a review Balpreet Kaur, Mehak Jain 2nd National conference on “Frontiers in Materials Research and Applications 2015年12月 講演・口頭発表等 12 CFD simulation of Power Consumption and the Metzner-Otto Constant with different concentrations of shear-thinning fluid Mehak Jain, Ryuta Misumi Indian Chemical Engineering Congress, IIChE-CHEMCON 2024 2024年12月29日 Experimental and CFD simulation of Power Consumption and average shear rate for Shear–Thinning Fluids with different impeller geometries Mehak Jain, Ryuta Misumi AIChE Annual Meeting 2024 (San Diego, USA) Experimental Analysis of Power Consumption and the Metzner-Otto Constant for Highly Shear–Thinning Fluids Mehak Jain, Ryuta Misumi AIChE Annual Meeting 2024 (San Diego, USA) CFD analysis of shear rate distribution and the Metzner-Otto constant with different concentrations of shear-thinning fluid in a stirred vessel Mehak Jain, Ryuta Misumi AIChE Annual Meeting 2024 (San Diego, USA) CFD Analysis of Power Dissipation and Shear rate distribution for high viscous and highly shear–thinning fluids in a stirred tank Mehak Jain, Ryuta Misumi The 55th Autumn Meeting of the Society of Chemical Engineers (Hokkaido University) 2024 もっとみる
ジェイン メハクMehak Jain ダウンロードする帳票の形式を下記より選択して下さい 「教育研究等環境」形式 「文科省帳票様式第4号 ①履歴書」形式 「文科省帳票様式第4号 ②教育研究業績書」形式 基本情報 所属兵庫県立大学 大学院 工学研究科 化学工学専攻 助教 (博士(工学))J-GLOBAL ID202501012048032061researchmap会員IDR000097087 研究キーワード 1 流体計測 学歴 3 2022年10月 - 2025年9月 横浜国立大学 大学院理工学府 2018年7月 - 2020年7月 Panjab University Dr. SSB University Institute of Chemical engineering and Technology Master's of Engineering 2013年7月 - 2017年6月 Punjab Technical University Department of chemical engineering Bachelor of Technology 委員歴 4 2022年10月 - 現在 Society of chemical engineers Japan 2024年1月 - 2025年1月 American Institute of chemical engineering - 2019年 IIT Bombay Chemical Engineering Symposium Azeotropy 2013年9月 - 2017年6月 Indian Institute of Chemical Engineers (IIChE) 受賞 5 2025年1月 YNU WIN Excellence award Yokohama National University Women Initiative Network Yokohama National University 2024年10月 Finalist Award AIChE Annual Meeting from Fluid Mechanics Programming committee in Graduate Student & Post doctor Poster Competition American Institute of chemical engineers 2024年10月 Presentation Award Particle and Fluid Processing Division of the Society at the 55th Fall Meeting of the Society of Chemical Engineers Society of Chemical Engineers Japan 2022年10月 MEXT scholarship Ministry of Education, Culture, Sports, Science and Technology 2020年 Excellence award Excellence award for achieving master’s degree with honors Panjab University 論文 4 CFD Simulation and PIV Measurement of Local Fluid Velocity Distribution of Newtonian and Highly Shear-Thinning Fluid in an Impeller Rotational Region Mehak Jain, Natsumi Ogawa, Ryuta Misumi Journal of Chemical Engineering of Japan 58 2025年10月 査読有り責任著者 Computational fluid dynamics analysis of power dissipation and shear rate distribution for highly viscous and highly shear-thinning fluids in stirred tanks Mehak Jain, Takemi Shinkai, Koki Anzai, Ryuta Misumi Chemical Engineering Research and Design 216 2025年2月 査読有り責任著者 Experimental Investigation of the Power Consumption and Metzner–Otto Constant for Highly Shear-Thinning Fluids with Different Impeller Geometries Mehak Jain, Ryuta Misumi Journal of Chemical Engineering of Japan 57(1) 2024年8月 査読有り責任著者 Photodegradation and Photo stabilization of Polymers – a review Balpreet Kaur, Mehak Jain 2nd National conference on “Frontiers in Materials Research and Applications 2015年12月 講演・口頭発表等 12 CFD simulation of Power Consumption and the Metzner-Otto Constant with different concentrations of shear-thinning fluid Mehak Jain, Ryuta Misumi Indian Chemical Engineering Congress, IIChE-CHEMCON 2024 2024年12月29日 Experimental and CFD simulation of Power Consumption and average shear rate for Shear–Thinning Fluids with different impeller geometries Mehak Jain, Ryuta Misumi AIChE Annual Meeting 2024 (San Diego, USA) Experimental Analysis of Power Consumption and the Metzner-Otto Constant for Highly Shear–Thinning Fluids Mehak Jain, Ryuta Misumi AIChE Annual Meeting 2024 (San Diego, USA) CFD analysis of shear rate distribution and the Metzner-Otto constant with different concentrations of shear-thinning fluid in a stirred vessel Mehak Jain, Ryuta Misumi AIChE Annual Meeting 2024 (San Diego, USA) CFD Analysis of Power Dissipation and Shear rate distribution for high viscous and highly shear–thinning fluids in a stirred tank Mehak Jain, Ryuta Misumi The 55th Autumn Meeting of the Society of Chemical Engineers (Hokkaido University) 2024 もっとみる