| Course title | |||||
| 熱流体演習 [Exercises in Thermodynamics and Fluid Mechanics] | |||||
| Course category | technology speciality courses,ets. | Requirement | Credit | 1 | |
| Department | Year | 2～4 | Semester | Fall | |
| Course type | Fall | Course code | 022541 | ||
| Instructor(s) | |||||
| 亀田 正治, 岩本 薫 [KAMEDA Masaharu, IWAMOTO Kaoru] | |||||
| Facility affiliation | Faculty of Engineering | Office | Email address | ||
| Course description |
|
Learn the fundamentals of thermodynamics and fluid dynamics through exercises based on the contents of the classes in Thermal Engineering I (Late Year) and Fluid Dynamics I (2 Year Early). The exercise is divided into parts of fluid dynamics (first half, Kameda) and thermodynamic part (second half, Iwamoto). In the part of fluid dynamics, we take up the properties of the fluid, the dynamics of the stationary fluid, the conservation law of mass, the energy balance formula, and Bernoulli's equation. In the part of thermodynamics, we cover the basic concept, the thermodynamics zero law, the heat and specific heat, the heat and work, the first law of thermodynamics, the calm process, the ideal gas, the thermal efficiency and the Carnot cycle. |
| Expected Learning |
| I will aim to understand the theory which I picked up in class by solving concrete problems concerning the contents of the lesson in Thermal Engineering I (late one year) and Fluid Dynamics I (2 years earlier). |
| Course schedule |
|
Take 12 themes in all and exercise in the cycle of explanation of each item, homework presentation (late Monday), homework submission (Wednesday), review test (first Monday of the following week) for each unit. The schedule of one lecture time is as follows. (1) previous review test, homework return, commentary (20 minutes) (2) Review test (30 minutes) (3) Explanation of contents of today (20 minutes) (4) Problem exercises, assignment presentation (20 minutes) Both the homework report and the review test are to be presented in English. 1st week Orientation; Fluid (1) Fluid Properties, Effective Numbers 2nd week Review of the 2nd fluid (1) test; fluid (2) dynamics of the stationary fluid 3rd week Fluid (2) review test; fluid (3) mass conservation law 4th week Fluid (3) Review Test; Fluid (4) Energy Balance Formula 5th week Fluid (4) Review Test; Fluid (5) Bernoulli Formula 6th week Fluid (5) review test; fluid (6) momentum equation 7th week The review test of fluid (6) review; heat (1) basic concept 8th week test Heat (1) review test; heat (2) Thermodynamics No. 0 law, heat quantity and specific heat 9th week Heat (2) review test; heat (3) heat and work 10th week The review test of heat (3); the heat (4) The thermodynamics of the closed system The 1st law, the calm process 11th week Review test of heat (4); heat (5) thermodynamics first principle in ideal gas 12th week Review test of heat (5); heat (6) Thermal efficiency and Carnot cycle 13rd week Review test of heat (6) 14th week preliminary date 15th week preliminary date |
| Prerequisites |
| Nothing special. It is based on Thermal Engineering I (late one year), Fluid Dynamics I (2 years earlier). |
| Required Text(s) and Materials |
|
JSME Text Series Fluid Dynamics (Japan Society of Mechanical Engineers, Maruzen) JSME Text Series Thermodynamics (Japan Society of Mechanical Engineers, Maruzen) |
| References |
| Assessment/Grading |
|
Evaluate with 8 points per one unit. The breakdown is as follows: Homework report (3 points, 1 point of submission, 1 point of content, 1 point of receiving) Review test (5 points) .A score of 8 points / unit × 12 unit = 96 points + 4 registration points points (100 points full score) with score of 60 or more is regarded as acceptable. |
| Message from instructor(s) |
|
○ Do not leave the room ○ Turn off the mobile phone ○ In the homework report, ・ To use paper distributed in class. In case of losing, tell the teacher (TA). ・ Those submitted after the deadline will be submitted at zero ・ The thing judged by the grader that it copied grapes is zero even if it is correct ・ If you did not receive it at the timing of the return at the beginning of the lesson, ○ In the review test, ・ English-Japanese dictionary (electronic dictionary acceptable), textbooks, distribution materials can be seen ・ Cheating (oral consultation with the surroundings, e-mail, exchange of information by phone) is prohibited In particular, information exchanges between 3 and 4 are strictly prohibited, when they are discovered, they will not give units permanently ○ Designate a seat ○ Make sure to file distributed materials such as graded homework reports, test answers, grading standards, and bring them at every lecture time |
| Course keywords |
| Fluid dynamics, Thermodynamics |
| Office hours |
| lunch break next day after the test return date |
| Remarks 1 |
| Remarks 2 |
| Related URL |
| Lecture Language |
| Japanese |
| Language Subject |
| Last update |
| 6/27/2018 12:01:35 PM |