単位数: 2. 担当教員: 運上 茂樹. 開講年度: 2024. 開講言語: 日本語.
Google Classroomのクラスコードは工学研究科Webページ
https://www.eng.tohoku.ac.jp/edu/syllabus-g.html
（大学院シラバス・時間割・履修登録）にて確認すること。
１．目的
土木構造物を合理的に耐震設計するためには，地震動に対する構造物の動的挙動に関する理解が必要である．ここでは，土木構造物の耐震設計に必要となる耐震工学の基礎知識の修得を目的とする．
２．概要
主に橋梁の耐震構造解析や耐震設計を例とし，コンクリート部材などの動的な特性，動的応答の数値解析の基礎，さらに地震動特性の基礎について学ぶ．
３．達成目標
土木構造物の耐震設計に必要とされる基礎知識とともに，構造物のモデル化から地震応答解析，そして性能評価を行うプロセスを身に付ける．
The class code for Google Classroom can be found on the Web site of the School of Engineering:
https://www.eng.tohoku.ac.jp/english/academics/master.html (under "Timetable & Course Description")
1. Object
This course provides students with the basic theories on the dynamic behavior of infrastructures subjected to earthquake ground motions and the seismic design methods.
2. Outline
In this course, students learn the dynamic behavior of structural members such as concrete members, dynamic response analysis of structures, and basic characteristics of earthquake ground motions. Dynamic analysis and the seismic design for bridge structures are demonstrated as a typical example of infrastructures.
3. Goal
The purpose of this course is to help students understand the process of seismic design of structures, including mathematical modeling, earthquake response analysis methods and the performance evaluation of structures as well as the basic knowledge for the seismic design.
履修要望科目：
事前に第5セメスターまで「構造解析学」，「振動解析学」に関する科目を履修していることが望ましい．
Requested completed subject:
Students are recommended to complete the courses related to 'Structural Mechanics' and 'Structural Dynamics.'
１．我が国における構造物の地震被害１
２．我が国における構造物の地震被害２
３．世界における構造物の地震被害
４．地震動の基本特性：地震波の種類と性質，地震の規模と震度
５．強震地動：強震観測，強震記録の特性，地盤振動の特性
６．地震危険度評価：地震発生の時間的・空間的分布のモデル化
７．耐震設計に用いる地震動：レベル1 地震動，レベル2 地震動
８．動的応答の数値解析1：構造物のモデル化，1 質点系の振動，応答の数値計算
９．動的応答の数値解析2：運動方程式，差分計算
10．中間試験
11．動的応答の数値解析3：地震応答スペクトル，地震応答解析
12．我が国の耐震設計基準：地震に対する構造物の要求性能，キャパシティデザイン
13．コンクリート構造の基本特性：RC部材の耐荷性能と変形性能，破壊メカニズム
14．鋼構造物の基本特性：鋼部材の耐荷性能と変形性能，破壊メカニズム
15．期末試験
1. History of earthquake damage in Japan #1
2. History of earthquake damage in Japan #2
3. History of earthquake damage around the world
4. Basic characteristics of earthquake ground motions (types and characteristics of earthquake waves, magnitude and intensity of earthquakes)
5. Basic characteristics of earthquake ground motions (strong motion observations, wave propagation in soil layers)
6. Earthquake risk assessment (earthquake occurrence models)
7. Ground motions for the seismic design of structures (level 1 and level 2 ground motions)
8. Dynamic response analysis #1 (structural modeling, dynamics of 1-DOF model, numerical calculation of structural responses)
9. Dynamic response analysis #2 (equation of motion, finite difference calculation method)
10. Midterm examination
11. Dynamic response analysis #3 (earthquake response spectrum, earthquake response analysis)
12. Seismic design codes in Japan (performance goals, capacity design concept)
13. Dynamic behavior of concrete structures (strength and ductility, failure mechanism)
14. Dynamic behavior of steel structures (strength and ductility, failure mechanism)
15. Final examination
予習：事前に配布する講義ノートを確認し, 理解できない部分を明確にしておく．
復習：講義の中での解説と講義ノートを整理することで内容を理解する. レポート課題がある場合は, それに取り組む．
Preparation: Students should read a lecture note which is distributed before the lecture and clarify the points which students do not understand.
Review: Students should read the lecture notes with the lecturer's explanations to fully understand what students have learned. Do homework when it is assigned.
成績評価は，中間試験と期末試験, レポートによって行う．
Evaluation is performed based on the midterm and final examinations and reports.
オフィスアワーは，授業当日の午後13:00～17:00とする．
その他の日程については，事前に電話またはE-mailで連絡のこと．
Office hours are from 13:00 to 17:00 on the same day of the class.
Make an appointment in advance via phone or e-mail for other days.