Building Mechanics

Course Information

College Oyama College Year 2022
Course Title Building Mechanics
Course Code 0087 Course Category Specialized / Elective
Class Format Lecture Credits Academic Credit: 2
Department Department of Architecture Student Grade 5th
Term First Semester Classes per Week 2
Textbook and/or Teaching Materials
Instructor OHWA Seira

Course Objectives

Rubric

Ideal LevelStandard LevelUnacceptable Level
Achievement 1
Achievement 2
Achievement 3

Assigned Department Objectives

学習・教育到達度目標 ④ See Hide
JABEE (A) See Hide

Teaching Method

Outline:
Style:
Notice:

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 Summarizing slope deflection methods Realizing already learned slope deflection methods
2nd Summarizing moment distribution methods Realizing already learned moment distribution methods
3rd Simultaneous linear equations and stiffness matrix of truss Realizing sweep out methods, displacement, force vector and stiffness matrix
4th Stiffness matrix of beams Realizing bending stiffness of beams, stiffness matrix of beam parts
5th Stiffness matrix of frameworks in plans Realizing coordinate conversion, total stiffness matrix and member stress
6th Elastic-plastic properties in members Realizing complete elastic-plastic properties, plastic section modules, strength in members
7th Ultimate lateral strength Realizing collapsed mechanism, plastic analysis methods and strength frames.
8th Midterm test Realizing the 1st - 7th classes
2nd Quarter
9th Free vibration in 1-quality system and damped vibration Realizing the equation of vibration, attenuation constant, viscous damping vibration and logarithmic damping rate
10th Energy response in free vibration Realizing the response in equilibrium equation of energy, the energy response undamped free vibration, energy response in damped free vibration
11th Response in 1-quality system in seismic motion Realizing vibration equation, 'resonance and resonance curve' and the energy response in seismic motion
12th Free vibration in multi-quality point system for shear type Realizing mass matrix, eigenvalue and eigenvector
13th Seismic response in multi-quality point system for shear type Realizing ground motion acceleration, stimulation coefficient, mode synthesis and Seismic response
14th Seismic response analysis in elastic-plastic properties (part Ⅰ) Realizing the 1st example seismic response analysis in elastic-plastic properties and response spectrum (part Ⅰ)
15th Seismic response analysis in elastic-plastic properties (part Ⅱ) Realizing the 2st example seismic response analysis in elastic-plastic properties and response spectrum (part Ⅱ)
16th Regular exams Realizing the 1st - the 15th classes

Evaluation Method and Weight (%)

ExaminationPresentationMutual Evaluations between studentsBehaviorPortfolioOtherTotal
Subtotal0000000
Basic Proficiency0000000
Specialized Proficiency0000000
Cross Area Proficiency0000000