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  • General

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    • This page provides an easy-to-read overview of the class and relevant links.
      For the most up-to-date "Class Plan", "Grading Criteria and Methods," and other information,
      be sure to check the official syllabus of Hokkaido University.


  • Teacher

  • Chemical Engineering　　

    • At the end of World War I in the 1910s, mass production of petrochemical products was required in the United States.
      Until then, production had relied on the experience of engineers in small and medium-sized plants, but production could not keep pace, so the U.S. government asked universities to establish a discipline for optimal plant design.
      A typical result was the establishment of crude oil purification technology. It took about 70 years until chemical engineering related to petrochemistry was established.

    • ・1910-1940 Birth of the concept of "unit operations" such as reactions, separations, and purifications
      ・1940s "Reaction Engineering," the core of the process, is born
      ・1960s "Transport phenomena theory" and "powder engineering" common to unit operations are born
      ・1970s Chemical engineering was established with the birth of "process systems engineering," which deals with the entire process

  • ＜Heat Transfer＞

    • ＜伝　熱＞

      伝熱面積（A）：Heat transfer area

      伝熱量（Q）：Heat transfer coefficient

      熱伝導度（k）：Thermal conductivity

      伝熱距離（l）：Heat transfer distance

  • ＜Mechanical Separation＞

  • ＜Reaction Engineering＞

    • ＜反応工学＞

  • ＜Interface Chemistry＞

    • ＜界面化学＞

  • ＜Fluid Mechanics＞

    • ＜流体力学＞

  • Textbooks