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首页> 外文会议>7th World Conference on Timber Engineering, WCTE 2002 Vol.1, Aug 12-15, 2002, Shah Alam, Malaysia >SERVICEABILITY LIMIT STATES DESIGN FOR TIMBER STRUCTURES-AN INFORMATION TECHNOLOGY TOOLBOX APPROACH
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SERVICEABILITY LIMIT STATES DESIGN FOR TIMBER STRUCTURES-AN INFORMATION TECHNOLOGY TOOLBOX APPROACH

机译：木材结构的服务极限状态设计-一种信息技术工具箱方法

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摘要

Gains in build quality and cost savings can be achieved by giving designers understanding of principles, and best-practice application rules, for modem serviceability limit states (SLS) design. This involves providing structural engineers with design tools and giving IT-based support to concept designers, leading to improvements in performance, user-satisfaction and appearance of timber frames. Improved understanding and provision of enabling design tools will deliver designed performance levels in buildings that enhance their value to clients and owners. The transfer of timber design codes in the UK to the more transparent, formula-structured limit states basis of the Structural Eurocodes can be seen as an additional incentive for development of user tools on an IT platform for timber design. This is a viable, modem alternative to the tabulated design solutions that pervade the British Standards timber design codes.
机译：通过使设计人员了解调制解调器可维修性极限状态（SLS）设计的原理和最佳实践应用程序规则，可以提高建造质量并节省成本。这涉及为结构工程师提供设计工具，并为概念设计师提供基于IT的支持，从而提高木框架的性能，用户满意度和外观。更好地理解和提供使能设计工具的方法，将使建筑物达到设计的性能水平，从而提高其对客户和业主的价值。将英国的木材设计规范转移到结构欧洲规范的更透明，公式结构的极限状态基础上，可以看作是在木材设计的IT平台上开发用户工具的另一个诱因。这是一种适用于遍布英国标准木材设计规范的列表设计解决方案的可行的现代替代方案。

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