ISO 22389-2:2012
木结构.工字梁的弯曲应用.第2部分:组件性能和加工要求

Timber structures - Bending applications of I-beams - Part 2: Component performance and manufacturing requirements


说明:

  • 此图仅显示与当前标准最近的5级引用;
  • 鼠标放置在图上可以看到标题编号;
  • 此图可以通过鼠标滚轮放大或者缩小;
  • 表示标准的节点,可以拖动;
  • 绿色表示标准:ISO 22389-2:2012 , 绿色、红色表示本平台存在此标准,您可以下载或者购买,灰色表示平台不存在此标准;
  • 箭头终点方向的标准引用了起点方向的标准。
ISO 22389-2:2012

标准号
ISO 22389-2:2012
发布
2012年
发布单位
国际标准化组织
替代标准
ISO 22389-2:2020
当前最新
ISO 22389-2:2020
 
 
引用标准
EN 789 ISO 20152-1 ISO 22389-1:2010
适用范围
This part of ISO 22389 specifies the component performance and manufacturing requirements for prefabricated wood-based I-beams used as structural members in bending applications. It does not cover fire performance, formaldehyde requirements and biological durability. This part of ISO 22389 gives requirements for manufacturing, in-house quality assurance and periodic reevaluation of prefabricated wood-based I-beams. Wood-based I-beams tested according to this part of ISO 22389 are intended for use in covered conditions and utilize components that are able to resist the effects of moisture on structural performance due to construction delays or other conditions of similar severity, but not permanently exposed to the weather. NOTE The service conditions are similar to “Service class 2” as defined in ISO 20152-1. Testing, evaluation, and performance characterization requirements for prefabricated wood-based I-beams are covered in ISO 22389-1. This part of ISO 22389 does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this part of ISO 22389 to establish appropriate health and safety practices and determine the applicability of regulatory limitations prior to use.

推荐

日本房屋为何抗震好?十大抗震材料大解析

这种材料建筑既安全抗震,又节省能源。橡胶图片来源于公开资料橡胶也是一种良好抗震材料。建筑物中央部分使用积层橡胶,当裂度为6地震发生时,建筑物受力可减少至1/2。橡胶既能保护木材不受潮,也能在地震中起到缓冲作用。钢木复合(轻型H钢 +集成木材)图片来源于nissin-h.com钢木复合,交叉连接,以及与独立柱子之间连接,所使用钢制镀锌销拴,抗震效果非常好。...

【钢铁】什么是H型钢?

2、设计风格灵活、丰富:在高相同情况下,钢结构开间可比混凝土结构开间大50% ,从而使建筑布置更加灵活。3、结构自重轻:与混凝土结构自重相比轻,结构自重降低,减少了结构设计内力,可使建筑结构基础处理要求低,施工简便,造价降低。...

打造零碳住宅那些建筑外围护技术分享!

2012年开始,建筑规范对热性能有了更高要求,现在大多数地区都要求用某种形式连续隔热来打破热桥。因此,性能有所提高,但仍有大量木材构成框架问题,因此所述毛层隔热R值不能反映整面墙组件性能。把所有的墙钉加起来,如果没有隔热层,你墙有很大一部分是实木,R值约为6(每英寸R1)。除此之外,除非在安装保温垫时非常小心,否则很容易出现小间隙。...





Copyright ©2007-2022 ANTPEDIA, All Rights Reserved
京ICP备07018254号 京公网安备1101085018 电信与信息服务业务经营许可证:京ICP证110310号