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Reliability-based design and its complementary role to Eurocode 7 design approach

机译:基于可靠性的设计及其对Eurocode 7设计方法的补充作用

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Reliability-based design (RBD) can play a useful complementary role to overcome some limitations in the Eurocode 7 (EC7) design approach, for example in situations with parameters not covered in EC7, different parametric sensitivities across different problems, cross-correlated or spatially correlated parameters, design aiming at a target reliability or failure probability, or when uncertainty in unit weight of soil is modeled. The complementary role played by RED under these circumstances is illustrated and discussed for a shallow foundation, a reinforced rock slope, a Norwegian clay slope with spatial variability, a laterally loaded pile requiring implicit numerical analysis, and an anchored sheet pile wall. A pragmatic RBD approach involving first-order reliability method (FORM) only and a more rigorous RBD approach involving both first-order and second-order reliability method (SORM) are offered. Both approaches are imple-mentable using either spreadsheet-based FORM and SORM procedures, or using various commercially available FORM/SORM packages. (C) 2014 Elsevier Ltd. All rights reserved.
机译:基于可靠性的设计(RBD)可以起到有益的补充作用,以克服Eurocode 7(EC7)设计方法中的某些局限性,例如在EC7中未涵盖参数的情况下,跨不同问题的不同参数敏感性,互相关或空间上的情况相关参数,针对目标可靠性或失效概率的设计,或者针对土壤单位重量的不确定性建模的设计。 RED说明了在这种情况下,浅层基础,加筋的岩石边坡,具有空间可变性的挪威粘土边坡,需要隐式数值分析的侧向受力桩以及锚固的板桩墙的辅助作用。提供仅涉及一阶可靠性方法(FORM)的实用RBD方法,以及涉及一阶和二阶可靠性方法(SORM)的更严格的RBD方法。两种方法都可以使用基于电子表格的FORM和SORM程序,或者使用各种市售的FORM / SORM包来实现。 (C)2014 Elsevier Ltd.保留所有权利。

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