Hiroshima University Syllabus

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Academic Year School/Graduate School Lecture Code 2017Year Graduate School of Engineering (Master course) U8110101 Specialized Education 計算海洋流体力学特論 ケイサンカイヨウリュウタイリキガクトクロン Computed Marine Hydrodynamics HIGO YASUSHI ヒゴ　ヤスシ Higashi-Hiroshima 1st-Year,  Second Semester,  Second Semester (2nd) Mon5-6：IDEC 405 Lecture Lecture 2 B : Japanese／English 5 : Graduate Basic 25 : Science and Technology 25 : Integrated Engineering M1 Boundary Integral Equation Method, Hydrodynamic forces, FORTRAN, Programming The course examines the numerical calculation method of the hydrodynamic forces acting on the floating bodies that are constructed in the ocean and the experimental method for the validation of the numerical results. lesson1 Summarizing the overviewlesson2 Overview of programminglesson3 Numerical calculation method of the hydrodynamic forces acting on the 2D floating bodies by using Boundary Integral Equation Method)lesson4 Numerical calculation method of the hydrodynamic forces acting on the 2D floating bodies by using Boundary Integral lesson5 Numerical calculation method of the hydrodynamic forces acting on the 2D floating bodies by using Boundary Integral lesson6 Numerical calculation method of the hydrodynamic forces acting on the 2D floating bodies by using Boundary Integral lesson7 Programming of 2D Boundary Integral Equation for arbitrary-bodieslesson8 Programming of 2D Boundary Integral Equation for arbitrary-bodieslesson9 Programming of 2D Boundary Integral Equation for arbitrary-bodieslesson10 Explanation of 2D Boundary Integral Equation for multi-bodies (Hydrodynamic interaction between multi-bodies)lesson11 Explanation of 2D Boundary Integral Equation for multi-bodies (Integral equation)lesson12 Programming of 2D Boundary Integral Equation for multi-bodieslesson13 Programming of 2D Boundary Integral Equation for multi-bodieslesson14 Programming of 2D Boundary Integral Equation for multi-bodieslesson15 Programming of 2D Boundary Integral Equation for multi-bodiesStudents will be imposed some programming subjects and the reports. (社)日本造船学会海洋工学委員会性能部会編：実践　浮体の流体力学 (前，後編)，成山堂書店 in JapaneseDistribution material Distribution material Study basic of hydrodynamics and Math, especially complex function, as preparation. Students are required to have learned hydrodynamics.This course is provided in English and Japanese. Programming subjects (70%) and Reports (30%) Please fill in the class improvement questionnaire which is carried out on all classes.Instructors will reflect on your feedback and utilize the information for improving their teaching.
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