Internal Combustion Engine Engineering Ⅲ

Course Information

College Toyama College Year 2023
Course Title Internal Combustion Engine Engineering Ⅲ
Course Code 0123 Course Category Specialized / Compulsory
Class Format Lecture Credits School Credit: 1
Department Department of Maritime Technology Student Grade 4th
Term First Semester Classes per Week 2
Textbook and/or Teaching Materials
Instructor Yamada Keisuke

Course Objectives

At the completention of this course, students will be able to
1. give explanations of characteristic and handling of rotating part, baring
2. give explanations of characteristic and handling of fuel injection system
3. give explanations of characteristic and handling of governor

Rubric

Ideal Level of Achievement (Very Good)Standard Level of Achievement (Good)Unacceptable Level of Achievement (Fail)
Evaluation 1Give detailed explanations of characteristic and handling of rotating part, baringGive basic explanations of characteristic and handling of rotating part, baringcan't give detailed explanations of characteristic and handling of rotating part, baring
Evaluation 2Give detailed explanations of characteristic and handling of fuel injection systemGive basic explanations of characteristic and handling of fuel injection systemcan't give detailed explanations of characteristic and handling of fuel injection system
Evaluation 3Give detailed explanations of characteristic and handling of governorGive basic explanations of characteristic and handling of governorcan't give detailed explanations of characteristic and handling of governor

Assigned Department Objectives

MCCコア科目   See Hide

Teaching Method

Outline:
The aim of this course is to help students obtain basic knowledge of diesel engine for handling.
This course deals with "output device" which is established as a part of the required subjects of training institution for ship officers.
Main themes are as follows.
・Rotating part (crank, balance weight, fly wheel), baring
・Fuel injection system
・Governor
Style:
Lecture is conducted by one teacher.
Notice:
・Results are evaluated in respect to the achievement targets by a combination of exams (75%, midterm and final exams) and report (25%). More than 60% is needed to earn the credit.
・If the score is lower than 60, student can make up the exam by application. When it is admitted to acquire the credit by make-up exam, the score is 60.
・Required subject (training institution of ship officer) for licensed mariner of 3rd grade (engine)
1. Output device
(a) Working principle of diesel engine (b) Handling and maintenance of diesel engine (c) Failure detection and damage prevention of diesel engine

Characteristics of Class / Division in Learning

Active Learning
Aided by ICT
Applicable to Remote Class
Instructor Professionally Experienced

Course Plan

Theme Goals
1st Semester
1st Quarter
1st Guidance
Crank
1. Role, material, structure
Explain the details of diesel engine's crank
2nd 2. Crank deflection, measurement Explain the details of diesel engine's crank
3rd 3. Slip accident, handling of crack Explain the details of diesel engine's crank
4th Balance weight, fly wheel, principle of rotation stabilization Explain the details of diesel engine's balance weight and fly wheel
5th Main baring
1. Role, material, structure
Explain the details of diesel engine's main baring
6th 2. Type, characteristic, handling, wear Explain the details of diesel engine's main baring
7th Crank pin, connecting-rod bolt
role, load, heating,
Explain the details of diesel engine's crank pin, connecting-rod bolt
8th Midterm exam
2nd Quarter
9th Fuel injection pump
Structure, working principle
Explain the details of diesel engine's fuel injection pump
10th Fuel injection valve
1. Structure, working principle
Explain the details of diesel engine's fuel injection valve
11th 2. Handling, fuel injection failure and its effect Explain the details of diesel engine's fuel injection valve
12th Fuel injection system
Fuel oil pump, oil strainer
Explain the details of diesel engine's fuel injection system
13th Governor
1. Structure, working principle, relationship with fuel system
Explain the details of diesel engine's governor
14th 2. Type, characteristic, electronic governor Explain the details of diesel engine's governor
15th Final exam
16th Return and explanation of final exam
Class questionnaire

Evaluation Method and Weight (%)

ExaminationPresentationMutual Evaluations between studentsBehaviorPortfolioNote, ReportTotal
Subtotal75000025100
Basic Ability0000000
Technical Ability75000025100
Interdisciplinary Ability0000000