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首页> 外文会议>Structural Engineers Association of California(SEAOC) Convention; 20050928-1001; San Diego,CA(US) >The 2005 AISC Code of Standard Practice-Important Changes for the Structural Engineer
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The 2005 AISC Code of Standard Practice-Important Changes for the Structural Engineer

机译：2005 AISC标准实践准则-结构工程师的重要变更

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The design and construction of structural steel buildings can be a complex, challenging process, the success of which depends greatly upon effective communication and collaboration between members of the design and construction teams. Since 1924, the Code of Standard Practice for Structural Steel Buildings (CSP) has been produced by AISC with the purpose of defining the trade practices which are commonly accepted standards of custom and usage in the fabrication and erection of structural steel buildings (Section 1.1). As such, it is relevant to owners, architects, structural engineers, general contractors, construction managers, fabricators, detailers, erectors-everyone associated with construction in structural steel. In April of this year, AISC released the 2005 Code of Standard Practice, which adds a number of important changes and updates. It is the result of the deliberations of a balanced CSP committee, comprised of structural engineers, fabricators, erectors, detailers, architects, inspectors, a general contractor and an attorney. The Code is updated by the Committee periodically to reflect the changes and growth in steel building industry practices. This paper reviews the significant changes and additions to the Code of Standard Practice which include: 1. Clarification of the intent of the code relative to a professional standard of care and the contractual responsibilities of the structural engineer. 2. New requirements for the shop and erection drawing review process. 3. Introduction of new provisions which define a standard of practice for "Requests for Information" (RFI's). The paper expands on these important new CSP provisions and presents a thorough, detailed commentary on the RFI process with the intent of defining good practice on the use of RFI's. 4. Introduction of new provisions on structural steel material identification, including requirements for both standard shop materials and special material identification for ASTM supplements. 5. New requirements for tolerances on shop fabricated and field assembled trusses. 6. New commentary on the requirement for structural engineers to identify the lateral force resisting system in the contract documents. 7. A new appendix with provisions where the use of a three dimensional digital building product model replaces contract drawings and becomes the primary means of designing, representing, and exchanging structural steel data for the project.
机译：钢结构建筑的设计和建造可能是一个复杂而富有挑战性的过程，其成功很大程度上取决于设计和建造团队成员之间的有效沟通与协作。自1924年以来，AISC制定了《钢结构建筑标准操作规范》（CSP），目的是定义行业惯例，这些惯例是在钢结构建筑的建造和安装中普遍接受的定制和使用标准（第1.1节） 。因此，它与所有者，建筑​​师，结构工程师，总承包商，建筑经理，制造商，详细设计者，架设工有关—与结构钢建造相关的每个人。今年4月，AISC发布了2005年标准操作规范，其中增加了许多重要的更改和更新。这是一个平衡的CSP委员会经过审议的结果，该委员会由结构工程师，制造商，安装者，详细设计者，建筑师，检查员，总承包商和律师组成。该规范由委员会定期更新，以反映钢铁建筑行业惯例的变化和增长。本文回顾了《标准规范》的重大变化和补充，其中包括：1.明确规范相对于专业护理标准的意图以及结构工程师的合同责任。 2.车间和安装图审查过程的新要求。 3.引入新的条款，这些条款定义了“信息请求”（RFI）的实践标准。本文扩展了这些重要的CSP新规定，并针对RFI流程进行了详尽，详细的评论，目的是定义使用RFI的良好做法。 4.引入了有关结构钢材料识别的新规定，包括对标准车间材料和ASTM补品的特殊材料识别的要求。 5.对车间制造和现场组装的桁架的公差的新要求。 6.关于要求结构工程师在合同文件中标识侧向抗力系统的要求的新评论。 7.一个新的附录，其中规定使用三维数字建筑产品模型代替合同图纸，并成为设计，表示和交换项目钢结构数据的主要手段。

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