順序統計量による2つの強さクラスの地上積雪深・基準風速・地表加速度についての考察 : 終局限界および使用性限界状態設計に用いる荷重モデル[II]

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タイトル別名
  • A STUDY ON TWO INTENSITY CLASSES OF SNOW-FALL DEPTH, WIND VELOCITY AND EARTHQUAKE ACCELERATION BASED ON ORDER STATISTICS : Load models for use in ultimate and serviceability limit states design [II]
  • 順序統計量による2つの強さクラスの地上積雪深・基準風速・地表加速度についての考察--終局限界および使用性限界状態設計に用いる荷重モデル〔2〕
  • ジュンジョ トウケイリョウ ニヨル 2ツ ノ ツヨサ クラス ノ チジョウ セ

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A probabilistic method to determine two classes of load models for use in safety and functionality limit state design based on order statistics of basic variables (hazard intensity) was presented in the previous paper. Applying the method, two classes of hazard intensity are evaluated and the probabilistic characteristics of the hazard models are discussed. Snow-fall hazard and wind hazard are dealt as annual occurrence time-series in which the annual maximum intensity of snow-fall depth and wind velocity are used as the basic variates. Earthquake hazard are dealt as Poisson occurrence time-series and the earthquake acceleration estimated from historical seismic data are used as basic variables.

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