Syllabus for Introduction to Structural Dynamics
 
 
◇ Information of class

Curriculum NO.  ACEE330
Course NO. 
00
Title  Introduction to Structural Dynamics (기본구조동역학)
Lecturer  Hakuen LEE
Credit  1.5-1.5

 
◇ Grading

수시과제

10 점

중간과제

40 점

기말과제

40 점

참여도

10 점

합계

100 점

평가점수
공개여부

비공개

◇ Academic Integrity

  Maintaining high level of academic integrity standard is very important. During the coursework, a particular attention should be given to plagiarism. Discussion between students about assignments and projects is encouraged. However, copying another student's work, or letting your own work be copied, is unacceptable. More detailed definition of plagiarism can be found at the Korea University Policy for Academic Conduct. Instances of plagiarism will be dealt with in accordance to the Korea University Policy for Academic Conduct. Such instances will be reported to the Head of School and a record will be kept of the case and penalty given, for future reference.

Updates in this semester

  In this semester, the entire course structure is completely reorganized to accommodate most up-to-date theories and research trends. and some experimental test will be conducted several times.

◇ Introduction of class

  This course is to furnish the students with the basic concept of dynamics of lumped structures and knowledges of the equation of motion considering 1-degree of freedom in each load cases. In-depth discussion is made on the contribution of the stiffness, damping, and mass to the vibration characteristics of a structure. Also, the transient and steady-state responses are intensively studied. This course covers following topics: a summary on the vibration theory for the discrete systems, the theories and methodologies for the dynamic modeling, derivation of equations of motion and analysis of the continuum systems such the beams and plates, applications of the finite element method and the spectral element method in structural dynamics.

◇ Objective

The vibration theory for the discrete systems, the theories and methodologies for the dynamic modeling, derivation of equations of motion and analysis of the continuum systems such the beams and plates, applications of the finite element method and the spectral element method in structural dynamics


◇ Prerequisite Subjects

재료역학, 구조역학


◇ Class Materials

Lecture Note & Handout. 

** Copyright of lecture notes **

 Lecture notes are designed to help students study the given subject. 

It is not allowed to re-distribute parts of or the entire lecture notes to a third party without consent.

 
◇ References

Anil K CHOPRA (2012), "Dynamics of Structures", Pearson College Div, ISBN-9780132858038

 
◇ Assignments

Problems at each chapter.

 
◇ Weekly Plans

 

기간

 

회차

 

학습내용

 

교재

 

활동 및
설계내용

1

 

09.02 - 09.08

 

1

 

Introduction

 

Lecture Note & Handout.

 

 

2

 

09.09 - 09.15

 

1

 

Undamped Single-Degree of Freedom System 1

 

Lecture Note & Handout.

 

 

3

 

09.16 - 09.22

 

1

 

Undamped Single-Degree of Freedom System 2

 

Lecture Note & Handout.

 

 

4

 

09.23 - 09.29

 

1

 

Undamped Single-Degree of Freedom System 3

 

Lecture Note & Handout.

 

 

5

 

09.30 - 10.06

 

1

 

Damped Single-Degree of Freedom Systme 1

 

Lecture Note & Handout.

 

 

6

 

10.07 - 10.13

 

1

 

Damped Single-Degree of Freedom Systme 2

 

Lecture Note & Handout.

 

 

7

 

10.14 - 10.20

 

1

 

Damped Single-Degree of Freedom Systme 3

 

Lecture Note & Handout.

 

 

8

 

10.21 - 10.27

 

1

 

중간고사

 

 

 

 

9

 

10.28 - 11.03

 

1

 

Response of One-Degree of Freedom System to Harmonic Loading 1

 

Lecture Note & Handout.

 

 

10

 

11.04 - 11.10

 

1

 

Response of One-Degree of Freedom System to Harmonic Loading 2

 

Lecture Note & Handout.

 

 

11

 

11.11 - 11.17

 

1

 

Response of One-Degree of Freedom System to Harmonic Loading 3

 

Lecture Note & Handout.

 

 

12

 

11.18 - 11.24

 

1

 

Response to General Dynamic Loading 1

 

Lecture Note & Handout.

 

 

13

 

11.25 - 12.01

 

1

 

Response to General Dynamic Loading 2

 

Lecture Note & Handout.

 

 

14

 

12.02 - 12.08

 

1

 

Response to General Dynamic Loading 3

 

Lecture Note & Handout.

 

 

15

 

12.09 - 12.15

 

1

 

Response to General Dynamic Loading 4

 

Lecture Note & Handout.

 

 

16

 

12.16 - 12.22

 

1

 

기말고사