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07SG531 钢网架结构设计

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基本信息
标准名称:钢网架结构设计
发布日期:
实施日期:2008-02-01
首发日期:
作废日期:
起草单位:中国航空工业规划设计研究院
出版社:中国计划出版社
出版日期:2008-02-01
页数:平装8开,48页
书号:9787801778666
适用范围

本图集主要适用于结构设计人员了解钢网架结构设计的基本内容,包括网架结构设计要点、网架节点的设计及构造、网架结构设计示例等,可供工程设计人员、审图机构和设计管理部门等使用。

前言

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目录

目 录 1 总说明 2 设计要点 3 网架结构设计的系统要点 3 常用网架形式及其特点 6 设计与构造 10 螺栓球节点的设计与构造 10 杆件组装示意图 11 焊接球节点的设计与构造 12 常用焊接球规格 14 常用钢管规格 15 平板支座节点 16 带过渡板的平板压力支座节点 17 板式橡胶支座节点 18 板式橡胶支座设计参数 19 球铰支座节点 20 螺栓球网架悬挂吊车节点 21 网架悬挂吊车节点详图 22 焊接球网架悬挂吊车节点 24 网架支托图 25 网架结构设计示例一 26 工程概况、网架结构选型 26 网架设计说明 27 屋盖网架平面布置图 29 网架上弦杆件、球编号图 30 网架下弦杆件、球编号图 31 网架腹杆编号图 32 网架支座布置图 33 网架支座节点详图 34 屋面檩条平面布置图 35 网架支托节点图 36 网架结构设计示例二 37 工程概况、网架结构选型 37 网架设计说明 38 网架平面布置图 40 网架上弦杆件、球编号图 41 网架下弦杆件、球编号图 42 网架腹杆编号图 43 网架材料表 44 网架支座节点图 45 网架悬挂吊车节点布置图 46 网架悬挂吊车节点详图 47 屋面檩条平面布置图 48

引用标准

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所属分类: 化工 化学助剂 表面活性剂 催化剂 水处理剂 化学助剂 化工技术 化工产品 表面活性剂及其他助剂
Product Code:SAE AIR1168/3
Title:Aerothermodynamic Systems Engineering and Design
Issuing Committee:Ac-9 Aircraft Environmental Systems Committee
Scope: This section presents methods and examples of computing the steady-state heating and cooling loads of aircraft compartments. In a steady-state process the flows of heat throughout the system are stabilized and thus do not change with time. In an aircraft compartment, several elements compose the steady-state air conditioning load. Transfer of heat occurs between these sources and sinks by the combined processes of convection, radiation, and conduction in the following manner: 1) convection between the boundary layer and the outer airplane skin; 2) radiation between the external skill and the external environment; 3) solar radiation through transparent areas directly on flight personnel and equipment and on the cabin interior surfaces; 4) conduction through the cabin walls and structural members; 5) convection between the interior cabin surface and the cabin air; 6) convection between cabin air and flight personnel or equipment; and 7) convection and radiation from internal sources of heat such as electrical equipment. The subsequent paragraphs discuss methods of determining each of the heat transfer rates listed above, as well as the physiological considerations involved in the selection of proper cabin conditions that are to be maintained.f heat such as electrical equipment. The subsequent paragraphs discuss methods of determining each of the heat transfer rates listed above, as well as the physiological considerations involved in the selection of proper cabin conditions that are to be maintained.MIL-HDBK-413, MILITARY HANDBOOK DESIGN HANDBOOK FOR HIGH FREQUENCY RADIO COMMUNICATIONS SYSTEMS. This handbook provides uniform guidelines for communications engineers and staff planners for the implementation of high frequency (HF) radio communications systems. This handbook provides general technical information pertaining to facility and system design of manpack, vehicular, transportable, and fixed station high frequency radio communications systems, receiving and transmitting sites, and antenna installations.