流体工学特論

概要

Fundamentals of compressible flow, vorticity, Navier-Stokes equations in theory and calculations examples. The course follows Curriculum Policy 2, so that students will be able to "acquire profound expertise regarding their theme and related areas and teach them how to develop and compile research as well as research ethics"

目標

Students will be able to - Characterize the behavior of velocity and density in a compressible flow including their evolution in fluid system components - Describe assumptions and, the physical meaning of terms and utilize key relationships for compressible flow. - Understand the physics of experimental equipment used for compressible flow. The course follows diploma policy 2, so that students will be able to "acquire expertise that enables one to play an active role at the forefront of science and engineering and associated fields as well as to develop new technologies and explore new fields" as well as diploma policy 3 to improve "English proficiency levels by taking English-taught courses or courses using English Science and Technology jargon".

授業外の学習

各授業後,学生は以下の学習活動に従事することが期待されており,合計190分となります: ・学生プロジェクトに取り組む(2回 × 190分) ・各授業後に最終テストのために教材を復習する(12回 × 190分) ・宿題を返却する(すべての授業で宿題が出ないため,課題に費やされる時間は教材の復習に組み込まれています) 学生は学生プロジェクトを完成させるためにWindows PCにアクセスできる必要があります。 *** After each class, students are expected to engage in the following study activities, totaling 190 minutes: ・work on a student project (2 x 190 minutes) ・review material after each class for the final test (12 x 190 minutes) ・return homework (not every class will assign homework, so the time spent on assignments is factored into the material review) Students should have access to a Windows PC to complete the student project.

所要時間: 190 minutes