Numbering Code	G-ENG05 6G039 LB71	Year/Term	2022 ・ Second semester
Number of Credits	2	Course Type	Lecture
Target Year		Target Student
Language	Japanese	Day/Period	Fri.3
Instructor name	NAKABE KAZUYOSHI (Graduate School of Engineering Professor) TATSUMI KAZUYA (Graduate School of Engineering Associate Professor)
Outline and Purpose of the Course	The important learning objective of this class is to understand the fundamental mechanisms of momentum, heat, and mass transfer phenomena, the knowledge of which will be markedly required for the thermal energy control technologies to further practice conservations of natural resources and energies for sustainable development. Heat and mass transfer processes consisting of conduction and forced/natural convection will be highlighted in detail, referring to the similarity characteristics of flow velocity, fluid temperature, and species concentration. Some topics on Reynolds stress, turbulent heat flux, and phase change will be introduced, expanding to their numerical models, together with some recent trends of high-tech heat and energy devices.
Course Goals	To understand the basic knowledge of velocity-temperature-concentration fields under the thermo-fluid conditions of conduction, forced convection, and natural (or free) convection. Also, to acquire these knowledge to make a suitable thermal engineering analysis when you encounter heat and mass transfer problems in the future.
Schedule and Contents	1. Introduction and Surrounding Examples of Transport Phenomena 2. - 4. Governing Equations and Non-Dimensional Parameters 5. - 7. Boundary Layer Flows 8. - 9. External and Internal Flows 10. - 11. Turbulent Phenomena 12. - 14. Topics of Flow and Heat Transfer Mechanism 15. Final Examination / Learning Achievement Evaluation 16. Feedback
Evaluation Methods and Policy	Evaluation will be based on active participation, assignments, and written examination.
Course Requirements	It'll be desireable to take lectures of core subjects 'Introduction to Advanced Fluid Dynamics' and 'Thermal Science and Engineering.'
Study outside of Class (preparation and review)	Preparation and review are required using the printed materials distributed in the class.
Textbooks	Textbooks/References	Textbooks are not specified. Printed materials for the lecture will be distributed properly.
References, etc.	For example, 'Transport Phenomena (Bird, R.B. et al.)', etc.
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