Course title
機械要素解析特論   [Advanced Mechanical Components Analysis]
Course category courses for master's programs  Requirement   Credit 2 
Department   Year   Semester 3rd 
Course type 3rd  Course code 1060310
Instructor(s)
池田 浩治   [IKEDA Koji]
Facility affiliation Faculty of Engineering Office afjgxte/L1151  Email address

Course description
This course is open for regular TUAT students and for STEP student also.
This course is designed
1) to review the basic knowledges, such as the definition of stress and strain, the momentum equilibrium, and the strain compatibility,
2) to review the conversion rules between different coordinate system,
3) to understand the concept of stress function,
4) to know how to use stress function through case study.

For the students in the field of materials science, this course will lead you to deeper understanding on the related topics, and for the students who are not familiar with the stress-strain concept, this course will help you to understand the basic knowledge for stress analysis.

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(added on Oct.4th, 2021)
Just for Oct 5th, Zoom virtual room is used (the real classroom, L1213, is used for vaccination)
Please refer to Zoom info in the topic, "Just for Oct 5th", of the Classroom.

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( the description below is added on Sep.6th, 2021)
Additional information will be given through Google Classroom.
Please use the class-code, 3uo7dlr,
or use the link,
https://classroom.google.com/c/Mzg4NzAyNTkxNjA1?cjc=3uo7dlr
to join that classroom.
The official enrollement wil be needed through SPICA system.
Expected Learning
The participants will be able
1) to explain the basic knowledges, such as the definition of stress and strain, the momentum equilibrium, and the strain compatibility,
2) to show how to carry out the conversion rules between different coordinate system,
3) to explain the concept of stress function,
4) to show how to use stress function.

* See the Curriculum maps.

Course schedule
week 1-2 : definition of stress and strain, and related topics
week 3-4 : momentum equilibrium, and strain compatibility
week 5-6 : conversion by coordinate rotation
week 7 : concept of stress function
week 8 : stress function in polyominals
week 9 : expressions in polar coordinates
week 10-12 : case study of stress function
week 13 : stress field around crack tip
week 14 : fatigue effect
week 15 : final assignment
Prerequisites
In addition to standard activity hours that students spend in the class, students are recommended to prepare for and revise the lectures, spending the standard amount of time as specified by the University and using the lecture handouts
Required Text(s) and Materials
related materials will be provided through moodle as handout or self-study material.
References
Assessment/Grading
1) 50% for Participation to class
2) 50% for final report
Message from instructor(s)
"Build-up from simple concept to useful analysis method" is the key point in this course.
Do not rely on just your remembering knowledge, please use your knowledge and experience fully.
Course keywords
Office hours
ask the lecturer via e-mail, if needed.
Remarks 1
Remarks 2
Related URL
Lecture Language
English
Language Subject
Last update
10/4/2021 1:14:06 PM