| １． |
Outline |
|
Engines are used in various field, not only automobiles. For instance they are used in general industry, marine, agriculture, and so on. Engines are consisted of various parts, subsystems, and components and also, the concept of engine itself is established through various study arras. In this course, above all, students will learn basic knowledge of the automobile engines. Not only the structure, function and operation of engines and their components are looked at, but also principle of cycles, combustion, and specification of various engines are studied in detail. In this course, students will perform a group work and make a presentation of their solution for tasks in front of other students. Students can acquire the knowledge, skill and behavior for DP2, DP3, DP4.
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| ２． |
Objectives |
|
Basic knowledge of engines, for example structure, function, principle of operation and thermodynamics are learned in this course. Students can understand the importance of engine used for the power plant of vehicles, industrial machines, and so on at the end of the course. And students will have a knowledge about engines and have a presentation skill and students can explain the necessity and the future image of engine.
|
| ３． |
Grading Policy |
|
Your final grade will be calculated according to the following process : Reports for tasks(30%) and The Term-end examination(70%). And students are required to attend classes over 2/3 of total classes in this course, in order to take part in the term-end examination.
|
| ４． |
Textbook and Reference |
|
Textbook『Grade 3 Gasoline Engine for Automobile』;Japan Automobile Service Promotion Association Federation(JASPA)
『Grade 2 Gasoline Engine for Automobile』;Japan Automobile Service Promotion Association FederationA(JASPA)
『Internal Combustion Engine, Fuel, Fats and Oils』; Japan Automobile maintenance colledes association(JAMCA)
『Basic Automobile Engineering』：Japan Automobile Service Promotion Association Federation(JASPA)
|
| ５． |
Requirements (Assignments) |
|
Students should study(1.5hr) watching and reading textbook and documents by LMS and they also should review(1.5hr) based on the lectures and try to write a report.
|
| ６． |
Note |
|
Students have to prepare and bring a scientific electronic calculator in the class.
The Exchange report of reflection is carried out in every class in this course, in order to communicate with teacher.
This course will be taught in Japanese.
|
| ７． |
Schedule |
|
１.
Automobile and Heat Engine, Principle and Classification of engine
|
２.
Structure and Operation of Engine(4,2 cycle and rotary engine)
|
３.
Parts of Engine(Cylinder Head, Block, Piston and so on);Group Work & Presentation
|
４.
Prats of Engine(Connecting rod, Crank shaft, Valve Train); Group Work & Presentation
|
５.
Parts of Engine(Variable Valve Train); Group Work & Presentation
|
６.
Rotary Engine and Lubricating & Cooling System of Engine; Group Work & Presentation
|
７.
Intake & Exhaust System of Engine; Group Work & Presentation
|
８.
Lubricating Oil & Fuels; Group Work & Presentation
|
９.
Thermodynamics of Engine; Group Work & Presentation
|
10.
Performance & Specification of Engine(Thermal Efficiency, Mean Effective Pressure in Cylinder, Mean Piston Speed and so on); Group Work & Presentation
|
11.
Performance & Specification of Engine(Displacement, Compression Ratio, Torque & Power, Fuel Consumption and so on); Group Work & Presentation
|
12.
Presentation & Discussion(a half of participants)
|
13.
Presentation & Discussion(remaining participants)
|
14.
Combustion & Exhaust Emissions of Engine; Group Work & Presentation
|
15.
Review, Reflection and Term-end Examination
|
|
| １． |
Outline |
|
Engines are used in various field, not only automobiles. For instance they are used in general industry, marine, agriculture, and so on. Engines are consisted of various parts, subsystems, and components and also, the concept of engine itself is established through various study arras. In this course, above all, students will learn basic knowledge of the automobile engines. Not only the structure, function and operation of engines and their components are looked at, but also principle of cycles, combustion, and specification of various engines are studied in detail. In this course, students will perform a group work and make a presentation of their solution for tasks in front of other students. Students can acquire the knowledge, skill and behavior for DP2, DP3, DP4.
|
| ２． |
Objectives |
|
Basic knowledge of engines, for example structure, function, principle of operation and thermodynamics are learned in this course. Students can understand the importance of engine used for the power plant of vehicles, industrial machines, and so on at the end of the course. And students will have a knowledge about engines and have a presentation skill and students can explain the necessity and the future image of engine.
|
| ３． |
Grading Policy |
|
Your final grade will be calculated according to the following process : Reports for tasks(30%) and The Term-end examination(70%). And students are required to attend classes over 2/3 of total classes in this course, in order to take part in the term-end examination.
|
| ４． |
Textbook and Reference |
|
Textbook『Grade 3 Gasoline Engine for Automobile』;Japan Automobile Service Promotion Association Federation(JASPA)
『Grade 2 Gasoline Engine for Automobile』;Japan Automobile Service Promotion Association FederationA(JASPA)
『Internal Combustion Engine, Fuel, Fats and Oils』; Japan Automobile maintenance colledes association(JAMCA)
『Basic Automobile Engineering』：Japan Automobile Service Promotion Association Federation(JASPA)
|
| ５． |
Requirements (Assignments) |
|
Students should study(1.5hr) watching and reading textbook and documents by LMS and they also should review(1.5hr) based on the lectures and try to write a report.
|
| ６． |
Note |
|
Students have to prepare and bring a scientific electronic calculator in the class.
The Exchange report of reflection is carried out in every class in this course, in order to communicate with teacher.
This course will be taught in Japanese.
|
| ７． |
Schedule |
|
１.
Automobile and Heat Engine, Principle and Classification of engine
|
２.
Structure and Operation of Engine(4,2 cycle and rotary engine)
|
３.
Parts of Engine(Cylinder Head, Block, Piston and so on);Group Work & Presentation
|
４.
Prats of Engine(Connecting rod, Crank shaft, Valve Train); Group Work & Presentation
|
５.
Parts of Engine(Variable Valve Train); Group Work & Presentation
|
６.
Rotary Engine and Lubricating & Cooling System of Engine; Group Work & Presentation
|
７.
Intake & Exhaust System of Engine; Group Work & Presentation
|
８.
Lubricating Oil & Fuels; Group Work & Presentation
|
９.
Thermodynamics of Engine; Group Work & Presentation
|
10.
Performance & Specification of Engine(Thermal Efficiency, Mean Effective Pressure in Cylinder, Mean Piston Speed and so on); Group Work & Presentation
|
11.
Performance & Specification of Engine(Displacement, Compression Ratio, Torque & Power, Fuel Consumption and so on); Group Work & Presentation
|
12.
Presentation & Discussion(a half of participants)
|
13.
Presentation & Discussion(remaining participants)
|
14.
Combustion & Exhaust Emissions of Engine; Group Work & Presentation
|
15.
Review, Reflection and Term-end Examination
|
|
|