Experiments of Mechanical EngineeringⅠB

Course Information

College	Akashi College	Year	2020
Course Title	Experiments of Mechanical EngineeringⅠB
Course Code	0065	Course Category	Specialized / Compulsory
Class Format	Experiment	Credits	School Credit: 1
Department	Mechanical Engineering	Student Grade	3rd
Term	Second Semester	Classes per Week	2
Textbook and/or Teaching Materials
Instructor	KATOH Takahiro,SAKAIDA Akiyoshi,MORISHITA Tomohiro,OHMORI Shigetoshi,TANAKA Seiichi

Course Objectives

(1) Understand the principles and procedures of each experiment, and can carry out experiments based on tutorials and instructions.
(2) Can operate equipment and devices correctly and safely to obtain data based on tutorials and instructions.
(3) Can logically examine the validity of experimental data, and compile, analyze, and examine experimental data.
(4) Can report in writing, orally, etc.
(5) Can work together as a group and actively contribute to experiments and exercises to fulfill their responsibilities.

Rubric

	Ideal Level	Standard Level	Unacceptable Level
Achievement 1	Can explain the principles and procedures of each experiment, and carry out experiments based on tutorials and instructions.	Understand the principles and procedures of each experiment, and can carry out experiments based on tutorials and instructions.	Do not understand the principles and procedures of each experiment, and cannot carry out experiments.
Achievement 2	Can operate equipment and devices correctly and safely to obtain data based on tutorials and instructions.	Can operate equipment and devices correctly and safely with instructions to obtain data based on tutorials and instructions.	Cannot operate equipment and devices correctly and safely to obtain data.
Achievement 3	Can logically examine the validity of experimental data, and compile, analyze, and examine experimental data.	Can logically examine the validity of experimental data, and compile experimental data.	Cannot logically examine the validity of experimental data. Also, cannot compile, analyze, or examine experimental data.
	Can report in writing, orally, etc. in an easy-to-understand way.	Can report in writing, orally, etc.	Cannot report in writing, orally, etc.
	Can work together as a group and actively contribute to fulfill their responsibilities. Can lead the group by encouraging others to cooperate appropriately.	Can work together as a group and actively contribute to experiments and exercises to fulfill their responsibilities.	Cannot work together as a group and actively contribute. Also, cannot fulfill their responsibilities for the roles assigned to them.

Assigned Department Objectives

学習・教育到達度目標 (C) （技術者倫理）

学習・教育到達度目標 (H) （多次元的なシステム思考）

Teaching Method

Outline:

Students will experiential learn the fundamentals of physics and their applications to engineering. In addition, through experiments, students will learn how to quantify phenomena using measuring instruments, analyze and examine phenomena theoretically, and communicate them through writing (experimental reports).

Style:

Classes consist of the general guidance and four themed experiments carried out by multiple groups in turn. The order of practice content shown in the Course Plan is a typical example.
The course involves lessons and experiments taught by five instructors.
Morishita will teach two experiments; Sakaida four experiments; Kato two experiments; Omori two experiments; and Tanaka two experiment.

Notice:

(1) As this course uses the study content of dynamics (Science I to III), mathematics (Mathematics I to III), Engineering Mechanics I, Strength of Materials I, Engineering Materials I, Manufacturing Engineering II, Practice on Mechanical Engineering I to III, it's recommended to review them accordingly.
(2) Read the experimental tutorials thoroughly in advance, to fully understand the content of the experiment before working on an experiment.
(3) As it's an experiment subject learned empirically, it's prerequisite that students attend classes. In order to earn the credit, students must conduct all experiments and submit reports.
Students who miss 1/3 or more of classes will not be eligible for a passing grade.

Course Plan

			Theme	Goals
2nd Semester
	3rd Quarter
		1st	Tensile test of metal materials (Morishita)	Understand the basic knowledge and procedures of the tensile test of metal materials and can measure the necessary data with consideration for safety and other factors jointly,
		2nd	Tensile test of metal materials (Morishita)	Can analyze experimental data, and prepare and submit reports including logical considerations using appropriate charts on time.
		3rd	Measurement of the transverse elastic modulus coefficient by twisting the wire (Sakaida)	Understand the basic principles and procedures for measuring the transverse elastic modulus coefficient by twisting the wire, and can jointly measure the necessary data with consideration for safety and other factors.
		4th	Measurement of the transverse elastic modulus coefficient by twisting the wire (Sakaida)	Can analyze experimental data, and prepare and submit reports including logical considerations using appropriate charts on time.
		5th	Microscopic observation of metal structure (Sakaida)	Understand the basic knowledge and procedures of microscopic observation of metal structure, and can measure the necessary data jointly with consideration for safety and other factors.
		6th	Microscopic observation of metal structure (Sakaida)	Can analyze experimental data, and prepare and submit reports including logical considerations using appropriate charts on time.
		7th	Report writing Examine and compile the results of the experiment into a report.	Understand and consider corrections and additional instructions and can compile them into a more effective and easy-to-understand report.
		8th	No midterm exam
	4th Quarter
		9th	Measuring surface roughness in cutting (Kato)	Understand the basic principles and procedures for measuring surface roughness in cutting, and can measure the necessary data jointly with consideration for safety and other factors.
		10th	Measuring surface roughness in cutting (Kato)	Can analyze experimental data, and prepare and submit reports including logical considerations using appropriate charts on time.
		11th	Structural analysis exercise using FEM (Omori)	Understand the basic knowledge and procedures of structural analysis by FEM (Finite Element method), and can calculate the necessary data with consideration for safety and other factors.
		12th	Structural analysis exercise using FEM (Omori)	Can analyze analytical data, and prepare and submit reports including logical considerations using appropriate charts on time.
		13th	Pressure measurement of fluid using a manometer (Tanaka)	Understand the basic principles and procedures for measuring fluid pressure using a manometer, and can measure the necessary data jointly with consideration for safety and other factors.
		14th	Pressure measurement of fluid using a manometer (Tanaka)	Can analyze experimental data, and prepare and submit reports including logical considerations using appropriate charts on time.
		15th	Report writing Examine and compile the results of the experiment into a report.	Understand and consider corrections and additional instructions and can compile them into a more effective and easy-to-understand report.
		16th	No final exam

Evaluation Method and Weight (%)

	Efforts・Behavior	Analysis・Consideration	Report	Total
Subtotal	20	40	40	100
Basic Proficiency	0	0	0	0
Specialized Proficiency	10	40	40	90
Cross Area Proficiency	10	0	0	10