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ユ ニ ッ ト シ ー ト |
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氏 名 |
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ユニット |
振動解析2(実践編) |
分類番号 |
MU402-X060-3 |
自 己評 価 |
指導員確 認 |
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到達水準 |
(1)CAEシステムの概要について知っていること |
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(2)システムの基本操作ができること |
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(3)固有振動数と固有モードの問題が解析できること |
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(4)周波数応答解析ができること |
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(5)過渡応答解析ができること |
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(6)制震設計ができること |
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(7)情報機器作業について知っており、安全衛生作業ができること |
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教科の細目 |
内 容 |
訓 練 時 間 |
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学科 |
実技 |
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CAEの概要 |
(1)システムの概要 |
1 |
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(2)操作方法の概要 |
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固有値解析 |
(1)解析モデルの作成 |
1 |
3 |
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(2)材料特性の定義 |
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(3)要素特性の定義 |
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(4)メッシュ分割 |
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(5)拘束条件の作成 |
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(6)解析実行 |
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(7)解析結果の評価 |
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要素特性の違いに |
(1)ビーム要素 |
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よる検討 |
(2)シェル要素 |
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(3)ソリッド要素 |
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周波数応答解析 |
(1)周波数入力関数の作成 |
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(2)周波数応答解析実行、評価 |
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過渡応答解析 |
(1)荷重入力関数の作成 |
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(2)過渡応答解析実行、評価 |
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制震設計 |
(1)制震モデルの作成 |
1 |
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(2)制震パラメータ(質量、剛性および減衰係数)の検討 |
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(3)評価 |
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振動実験 |
(1)インパルス応答の実験 |
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(2)固有振動数と固有モードの検討 |
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安全衛生 |
(1)安全における要点 |
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(2)衛生における要点 |
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(3)情報機器作業における要点 |
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6 |
12 |
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使用する機械
器具等 |
CAE機器一式、振動実験装置一式 |
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備 考 |
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※自己評価欄にはA、B、Cを記入する。 |
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