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The prediction of damage condition for light structures with HybridArtificial Intelligence technique

机译:混合人工智能技术在轻型结构破坏条件预测中的应用

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A review of existing literature in the area of expansive soils showed a lack of a thorough scientificdiagnostic of the damage to light structures founded on them. A database of the records of damage tolight structures in Victoria, Australia was examined with a view to determining the factors whichmost influenced the cracking of the structures over time. This database recorded damage as andwhen it was reported by the occupants. The aim of this paper is to develop a model to predict thedamage condition of light structure on expansive soils in Victoria using a hybrid ArtificialIntelligence technique. The result from the analysis of the model is promising. It demonstrated that themodel is able to resolve the problems facing light structures on expansive soils. The model is able topredict the damage condition or damage class using different combinations of factors.
机译:对膨胀土领域现有文献的回顾表明,缺乏全面的科学依据 诊断对基于它们的轻型结构的损坏。损坏记录的数据库 为了确定哪些因素,对澳大利亚维多利亚州的轻型建筑物进行了检查。 随着时间的推移,影响最大的是结构的开裂。该数据库记录的损坏为和 乘员报告时。本文的目的是建立一个模型来预测 人工人工混合动力对维多利亚州膨胀土壤轻结构的破坏条件 情报技术。该模型的分析结果是有希望的。它表明 该模型能够解决膨胀土壤上轻型结构所面临的问题。该模型能够 使用不同的因素组合来预测损坏情况或损坏类别。

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