Course title
人と動物の関係論   [Human-animal interactions and relationships]
Course category specialized courses/ major subjects  Requirement   Credit 2 
Department   Year 34  Semester YearLong 
Course type YearLong  Course code 02c3356
Instructor(s)
近江 正陽, 安藤 恵介   [OMI Masaharu, ANDO Keisuke]
Facility affiliation Scleroprotein and Leather Research Institute Office   Email address

Course description
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The purpose
Chemical engineering is based on the quantitative treatment of “equilibrium” and “rate of change” and utilizing the results for phenomenon analysis, device design, operation design, control, etc. In this lecture, we will learn the laws and ideas about the foundation of "equilibrium" and "rate of change".

Overview
What is the state (equilibrium) in which a substance exists stably in nature, the speed at which the state of matter is about to change, and the driving force that causes it? learn. After learning the concept of equilibrium and the concept of velocity, we will learn how to express transfer rate and transfer rate, and how to use it, which involves three physical quantities: substance (component concentration), momentum (flow) and heat (energy).
Expected Learning
You will learn (understand) about the rules of "Equilibrium" and "Change (rate)". What is the state (equilibrium) in which a substance exists stably in nature, the reaction speed and the driving force.

Diploma Policy Perspective of the Department: Please refer to the curriculum map of the course guide.
Course schedule
1. What is Chemical Engineering ?
2-4. Materials balance and Energy balance: Calculation method
5-6. Momentum transfer (Fluid): Materials balance, Friction, Power
7. Heat Transfer (Conductive)
8. Mid-term
9-10. Heat Transfer (Convective, Radiation, Heat Exchange)
11. Drying and Humidity conditioning
12-13. Reaction Engineering (Reactor design and Stoichiometry)
14. Separation Process (mainly Distillation)
15. Examination
Prerequisites
Understanding of Physical Chemistry I and Physical Chemistry II, Differential and Integral I and Exercise, Differential and Integral II and Exercise, Differential Equation I.
Required Text(s) and Materials
References
Assessment/Grading
Message from instructor(s)
Course keywords
Materials-, momentum-, and heat transfers, Reaction engineering, Separation process
Office hours
Remarks 1
Remarks 2
Related URL
Lecture Language
Japanese
Language Subject
Last update
2/1/2023 6:56:01 PM