Vulnerability of Existing Structures To Earthquake Effects

Mode of Delivery

Face to Face

Prerequisites and Co-Requisites

None

Recommended Optional Programme Components

Structures; Structural Dynamics; Earthquake Resistant Structural Design

Course Contents

Structural Performans Evaluation of the existing structure

Weekly Schedule

1) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
2) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
3) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
4) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
5) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
6) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
7) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
8) Midterm Exam
9) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
10) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
11) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
12) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
13) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
14) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
15) Evaluation and discussion of the analysis and the results of the topic proposed by the faculty member giving the course especially about the thesis, under the aspect of latest innovations in earthquake engineering. Submission of the results in written and oral form.
16) Final Exam

Recommended or Required Reading

1- Ders Notları (K. Beyen)
1- Lectures' Notes (by K. Beyen)
3- TBDY-2018 - Turkish Code for Aseismic Building Design (2018)

Planned Learning Activities and Teaching Methods

1) Lecture
2) Question-Answer
3) Discussion
4) Drill and Practice
5) Modelling
6) Self Study
7) Problem Solving

Assessment Methods and Criteria

Contribution of Midterm Examination to Course Grade	40%
Contribution of Final Examination to Course Grade	60%
Total	100%

Language of Instruction

Turkish

Work Placement(s)

Not Required