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Future directions for design, specification, testing, and construction of durable concrete structures

机译:未来的设计,规格,测试和耐用混凝土结构构造方向

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摘要

Most failures of concrete structures result from inadequate durability due to inadequate durability design and execution. Building codes define exposure classifications and set requirements for each exposure mainly using deemed-to-satisfy limits that indirectly relate to durability. Durability performance tests are rarely specified, except on project-specific bases. Supplying concrete complying with code requirements does not guarantee that structures in severe exposures will be durable because durability design needs to address other influencing issues including minimizing the risk of cracking, and provision of sufficient curing, especially for concretes that develop their properties at slower rates. Concrete structures and infrastructure to be placed in severe exposures require durability standards that cover both concrete design and execution need to be developed including assigning responsibility to durability specialists.
机译:由于耐用性设计和执行不足,混凝土结构的大多数故障因耐久性不足而导致。 建筑码定义曝光分类和每次曝光的设定要求,主要使用间接相关的耐用性的视为满足的限制。 除了项目特定的基础外,耐用性性能测试很少指定。 供应混凝土符合代码要求并不能保证严重暴露的结构将是耐用的,因为耐用性设计需要解决其他影响问题,包括最小化开裂风险,特别是为在较慢发展其性质的混凝土的情况下实现抗裂的风险。 在严重风险中放置的具体结构和基础设施需要耐用标准,该标准涵盖需要开发混凝土设计和执行,包括为耐用专家分配责任。

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