Ⅰ

制振ダンパー取付け部の設計
目 次

第１章 制振ダンパー取付け部の設計
1.1

制振ダンパーの減衰抵抗力と取付け方法 ······················································ Ⅰ-

11.2

制振ダンパー取付け部設計の基本方針 ························································· Ⅰ-

61.3

主架構柱-梁部材への応力伝達 ···································································· Ⅰ-

91.4

制振構造の主架構設計用層せん断力 ···························································· Ⅰ- 141.5

制振ダンパーの構造形式に応じた主架構への付加応力 ···································· Ⅰ- 161.6

屋上階設置風揺れ対応 TMD 等の地震時対策 ················································· Ⅰ- 221.7

設計式に関する参考資料 ··········································································· Ⅰ- 24

第２章 制振構造の主架構設計用応力の考え方と事例
2.1制振構造の主架構設計用応力を得るための解析法 ·········································· Ⅰ- 272.2

検討建物モデル ······················································································· Ⅰ- 282.3

動的応答を考慮した静的解析による算定方法の提案 ······································· Ⅰ- 302.4

速度依存型ダンパーにおける静的付加系モデルの設定方法 ······························ Ⅰ- 342.5

制振構造の主架構設計用応力の算定事例 ······················································ Ⅰ- 37

第３章 床水平構面の水平力伝達の設計事例
3.1

はじめに ································································································ Ⅰ- 40

3.2

床スラブにより伝達されるせん断力（移行せん断力）の算定方法······················ Ⅰ- 40

3.3

設計事例 ································································································ Ⅰ- 413.4

まとめ ··································································································· Ⅰ- 45

第４章 制振ダンパー取付け部の設計事例
4.1

オイルダンパー・シアリンク型等取付け部の設計事例 ···································· Ⅰ- 46

4.2

粘性ダンパー・壁型取付け部の設計事例 ······················································ Ⅰ- 544.3

オイルダンパー・間柱型取付け部の設計事例 ················································ Ⅰ- 634.4

鋼材ダンパー・筋違型取付け部の設計事例 ··················································· Ⅰ- 714.5

鋼材ダンパー・間柱型取付け部の設計事例 ··················································· Ⅰ- 774.6

摩擦ダンパー・筋違型取付け部の設計事例 ··················································· Ⅰ- 864.7

既存躯体と摩擦ダンパー取付け部の設計事例 ················································ Ⅰ- 904.8

回転筒型粘性ダンパー取付け部の設計事例 ··················································· Ⅰ- 974.9

クレビス型取付け部の設計事例 ·································································· Ⅰ- 99

Ⅱ

制振建物の設計事例
目 次

第１章 はじめに································································································ Ⅱ-

1

第２章 設計実施例
設計実施例の概要紹介 ······················································································· Ⅱ-2

実施例１：高性能オイルダンパーを用いた S 造 35 階建て事務所 ································ Ⅱ-

3

実施例２：粘弾性ダンパーを用いた RC 造 29 階建て集合住宅··································· Ⅱ- 11実施例３：摩擦ダンパーとオイルダンパーを用いた S 造 27 階建てオフィス・ホテル ····· Ⅱ- 19
実施例４：鋼材ダンパーを用いた S 造 10 階建て事務所············································ Ⅱ- 27
実施例５：粘性体制振壁とオイルダンパーを用いた S 造 18 階建て複合施設 ················· Ⅱ- 35
実施例６：同調粘性マスダンパーを用いた S 造 17 階建てオフィスの制振改修 ·············· Ⅱ- 43

Ⅲ

制振建物の観測・実験事例
目 次第１章 はじめに································································································ Ⅲ-

1第２章 制振建物の観測事例
2.1

観測記録に基づく建物振動特性の分析方法 ··················································· Ⅲ-

22.2

21 層制振建物の分析結果 ·········································································· Ⅲ-

32.3

41 層制振建物の分析結果 ·········································································· Ⅲ-

52.4

54 層制振建物 A の分析結果 ······································································· Ⅲ-

72.5

54 層制振建物 B の分析結果 ······································································· Ⅲ-

92.6

43 層制振建物の分析結果 ·········································································· Ⅲ- 11

第３章 制振建物の実験事例
3.1

震動台実験概要 ······················································································· Ⅲ- 17

3.2

試験結果 ································································································ Ⅲ- 24

3.3

解析による実験の再現と分析 ····································································· Ⅲ- 36

3.4

制振架構に層間変形とダンパー力を与えた部分架構実験 ································· Ⅲ- 47

第４章 まとめ···································································································· Ⅲ- 55

Ⅳ

制振ダンパーの技術データシート
目 次

第１章 技術データシートの概要 ··········································································· Ⅳ-

1

第２章 記載項目と技術データシート ····································································· Ⅳ-

1オイルダンパー ································································································ Ⅳ-2

粘性ダンパー ··································································································· Ⅳ- 14
粘弾性ダンパー ································································································ Ⅳ- 34
鋼材ダンパー ··································································································· Ⅳ- 46
摩擦ダンパー ··································································································· Ⅳ- 82
慣性質量ダンパー ····························································································· Ⅳ- 96