Search Results - "Jia, Zhuotai"

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    CFD simulation of flow and mixing characteristics in a stirred tank agitated by improved disc turbines by Jia, Zhuotai, Xu, Lele, Duan, Xiaoxia, Mao, Zai-Sha, Zhang, Qinghua, Yang, Chao

    Published in Chinese journal of chemical engineering (01-10-2022)
    “…[Display omitted] To reduce the power consumption and improve the mixing performance in stirred tanks, two improved disc turbines namely swept-back parabolic…”
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    Journal Article
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    Experimental and Numerical Investigation of the Characteristics of Novel Disc Turbines in Aerated Stirred Tanks by Jia, Zhuotai, Zhang, Shuaifeng, Guo, Mengke, Xu, Lele, Zhang, Qinghua, Yang, Chao

    “…In this work, the gas dispersion and transport characteristics of three different disc turbines, namely, parabolic disc turbine (PDT), novel swept-back…”
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    Journal Article
  4. 4

    Stress-blended eddy simulation of flow characteristics in stirred tanks with different curved blade impellers by Jia, Zhuotai, Zhang, Mengyao, Ma, Shaoping, Wu, Shuang, Yu, Mingzhou, Zhang, Qinghua, Yang, Chao

    Published in Chemical engineering and processing (01-11-2024)
    “…•Flow characteristics created by different curved blade impellers are investigated by SBES model.•All curved impellers reduce power consumption by reducing…”
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    Journal Article
  5. 5

    Enhancement of Macromixing Performance of a Stirred Tank with a Novel V‑Shaped Punched Baffle by Xu, Lele, Jia, Zhuotai, Guo, Mengke, Mao, Zai-Sha, Fan, Yiqun, Zhang, Qinghua, Yang, Chao

    “…A V-shaped punched baffle (VSPB) is developed to enhance fluid mixing in a stirred tank by producing impinging jet streams from face-to-face holes. Macromixing…”
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    Journal Article
  6. 6

    Modeling of Slurry Phase Olefin Polymerizations in a Semibatch Well-Mixed Stirred Tank: Effect of Mass Transfer by Zhang, Shuaifeng, Jia, Zhuotai, Kong, Bo, Ma, Shaoping, Mao, Zai-Sha, Zhang, Qinghua, Yang, Ning, Yang, Chao

    “…A multiscale model of slurry-phase olefin polymerization is developed by extending the multigrain model to account for the existence of gas–liquid mass…”
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    Journal Article
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