材料力学Ⅱ

Course Information

College	Toyama College	Year	2020
Course Title	材料力学Ⅱ
Course Code	0063	Course Category	Specialized / Compulsory
Class Format	Lecture	Credits	School Credit: 1
Department	Department of Maritime Technology	Student Grade	3rd
Term	Second Semester	Classes per Week	2
Textbook and/or Teaching Materials
Instructor	Homae Tomotaka

Course Objectives

1. Can explain kinds of beam, fulcrum, and load.
2. Can calculate reaction force and fixing moment of a beam.
3. Can calculate shearing force and bending moment. Can draw shearing force diagram and bending moment diagram.
4. Can calculate second moment of area and bending stress of a beam.
5. Can calculate deflection of a beam.
6. Can design a beam, meeting the requirement of allowable stress and allowable deflection.
7. Can calculate buckling stress of a column.
8. Can translate important technical terms to English.

Rubric

	Ideal Level of Achievement (Very Good)	Standard Level of Achievement (Good)	Unacceptable Level of Achievement (Fail)
Evaluation 1	Can explain kinds of beams, fulcrum, and load perfectly.	Can explain kinds of beams, fulcrum, and load.	Cannot explain kinds of beams, fulcrum, and load.
Evaluation 2	Can calculate reaction force and fixing moment of a beam quickly and accurately.	Can calculate reaction force and fixing moment of a beam.	Cannot calculate reaction force and fixing moment of a beam.
Evaluation 3	Can calculate shearing force and bending moment quickly and accurately. Can draw shearing force diagram and bending moment diagram quickly and accurately.	Can calculate shearing force and bending moment. Can draw shearing force diagram and bending moment diagram.	Cannot calculate shearing force and bending moment. Cannot draw shearing force diagram and bending moment diagram.
Evaluation 4	Can calculate second moment of area and bending stress of a beam quickly and accurately.	Can calculate second moment of area and bending stress of a beam.	Cannot calculate second moment of area and bending stress of a beam.
Evaluation 5	Can calculate deflection of a beam quickly and accurately.	Can calculate deflection of a beam.	Cannot calculate deflection of a beam.
Evaluation 6	Can design a beam, meeting the requirement of allowable stress and allowable deflection quickly and accurately.	Can design a beam, meeting the requirement of allowable stress and allowable deflection.	Cannot design a beam, meeting the requirement of allowable stress and allowable deflection.
Evaluation 7	Can calculate buckling stress of a column quickly and accurately.	Can calculate buckling stress of a column.	Cannot calculate buckling stress of a column.
Evaluation 8	Can translate important technical terms to English and utilize it.	Can translate important technical terms to English.	Cannot translate important technical terms to English.

Assigned Department Objectives

MCCコア科目  

Teaching Method

Outline:

Lectures by the instructor.

Style:

Students are required to take notes of the contents on the white board in the class.
A sheet of printed learning materials is distributed in every class. The object is clearly shown on the material. Some exercises, related to the lecuture, will also be printed. Students are required to submit the answer before the deadline as homework.
The answer is evaluated and discussed in the beginning of the following class for review.

Notice:

Required subject (training institution of ship officer) for licensed mariner of 3rd grade (engine)
3. Subjects related to engine (No.3)
3. Mechanics and fluid dynamics
(3) Kinds of stress generated in materials and relation between stress and strain

The recognition of credit requires 60 points or more rating. If obtained evaluation points are less than 60, the student can take an additional examination upon request. The final point is 60, if the student is permitted to acquire the credit by the result of the additional examination.

Course Plan

			Theme	Goals
2nd Semester
	3rd Quarter
		1st	Bending of a beam Kinds of beam, fulcrum, and load	Can explain kinds of beam, fulcrum, and load.
		2nd	Reaction force and fixing moment of a beam	Can calculate reaction force and fixing moment of a beam.
		3rd	Shearing force of a beam	Can calculate shearing force of a beam.
		4th	Shearing force diagram	Can draw shearing force diagrams.
		5th	Bending moment of a beam	Can calculate bending moment of a beam.
		6th	Bending moment diagram	Can draw bending moment diagrams.
		7th	Midterm exam	Exam of contents in 1st - 6th week.
		8th	Return of marked exam papers and comments. Bending stress of a beam	Receive the marked examination papers. Can solve unsolved problems. Can explain bending stress of a beam.
	4th Quarter
		9th	Second moment of area Section modulus	Can calculate second moment of area and section modulus of a simple cross-section beam.
		10th	Maximum bending stress	Can calculate maximum bending stress of a beam.
		11th	Maximum deflection and deflection angle	Can explaion deflection and deflection angle. Can calculate maximum deflection and maximum deflection angle.
		12th	Design of a beam	Can design a beam, meeting the requirement of allowable stress and allowable deflection.
		13th	Beams of uniform strength	Can calculate bending stress of a beam of uniform strength as a function of distance from one end. Can design beams of uniform strength.
		14th	Column	Can calculate buckling stress of a column.
		15th	Final exam	Exam of contents in 8th - 14th week.
		16th	Return of marked examination papers and comments Class evaluation questionnaire	Receive the marked exam papers. Can solve unsolved problems. Answer the class evaluation questionnaire .

Evaluation Method and Weight (%)

	Examination	Homework	Total
Subtotal	70	30	100
Basic Ability	0	0	0
Technical Ability	70	30	100