龙骨结构

冷弯薄壁住宅钢结构以冷弯C型钢龙骨结构体系为代表，采用经济型材冷弯型钢为承重骨架，以轻型墙体材料为围护结构所构成。

The Light Steel Framing Building adopts the cold-formed steel as the bearing framework and light material as the enclosing structure .

轻钢龙骨结构体系受力性能的比较分析

Comparative Analysis of Mechanical Behavior of Light Gauge Steel Structure

本文研究了非承重轻钢龙骨结构双层轻质复合墙体的隔声性能。

Sound insulation performance of the light gauge steel-framed composite wall was studied .

新型轻钢龙骨结构体系的应用

Application of a New Lightweight Steel Joist System

新型轻钢龙骨结构多层住宅技术经济性研究

Technological and Economic Research of the New Type of Light Gauge Steel Multilayer Building

本文研究的是一种新型的轻钢龙骨结构体系。

The research object of this thesis is a new kind of light-gauge steel joist structure system .

本研究通过模拟室内墙体使用状况，探讨了不同龙骨结构墙体模型在不同相对湿度条件下伸缩缝的变化。

This study discussed the change of expansion gap of panel wall sheathing at different relative humidity .

对轻钢龙骨结构体系中墙体的影响因素进行分析，提出了墙体洞口的影响系数。

The effect factor in the light-gauge steel structure is discussed and the opening factor is presented by the formula .

目前，连续体拓扑优化形成的孔洞多为不规则形状，而飞机机身龙骨结构多为规则栅格状。

At present , holes generating in topology optimization is mostly irregular geometric . However fuselage keel structure is generally regular grid .

无比轻钢龙骨结构简称无比钢是一种轻钢住宅结构形式。

WEB Light-Gauge Joist Steel System is simply called WEB Steel , which is a kind of light steel residential housing system form .

对约束条件以及结构单元参数进行了分析，得到了龙骨结构在重力载荷作用下的应力和变形。

By dealing with constraint condition and cell parameter , results of elements'stress and nodal displacement of the keel were obtained under gravity load condition .

轻钢龙骨结构体系作为一种新型的结构体系，在国外被广泛采用，但仅限于低层。

Light-gauge steel structure system is a new type of steel structure , which is widely used abroad , but it is used only for low-story structures .

冷弯薄壁型钢小桁架结构体系是一种新型的轻钢龙骨结构体系，组成其承重骨架的基本单元是冷弯薄壁型钢小桁架。

Cold-formed thin-walled small truss steel structure system is a new type of light-gauge steel joist structure system . Its basic unit of load-bearing skeleton is Cold-formed thin-walled steel small truss .

第六章结合前文的技术要点尝试从经济性、功能性、环保性和资源利用等方面搭建出一个关于新型轻钢龙骨结构多层住宅建筑综合评价的大框架。

Combined with the technical main point , chapter 6 tastes to build a multiple appraise about the New Type of Light Gauge Steel Building from the field such as economic , unction , environmental protection and using of resources .

作为本论文的研究背景，轻钢龙骨结构体系是一种新型的轻钢结构体系，在国外是被广泛采用的一种建筑形式，在我国近年来才得到发展。

Light-gauge steel structure , as the research background of this paper , is a new type of light steel structure which has been adopted abroad widely as a kind of architecture form and just has been developed later in our country these years .

新型轻钢龙骨体系结构试验研究与分析

Experiment Research and Analysis on Lightweight Steel Structure of Integra Building System

分别对模网、龙骨及结构体进行实验研究。

The experimental research of the formwork , keel and structure are carried out separately .

低层冷弯薄壁型钢龙骨式住宅结构抗震性能研究进展

Research Advances on Seismic Behavior of Low-Rise Cold-Formed Thin-Walled Light-Gauge Steel Residential Structures

研究表明：本文提出的针对无比轻钢龙骨体系整体结构的有限元简化计算方法简单适用，方便可靠，可为此类结构的设计和应用提供参考。

Research results indicate that the simplified analysis method mentioned in this paper of Web light-gauge steel joist system has virtues of easy to be used , convenience and credibility , which can be provided as a reference for design and application of Web steel structure .

对轻钢龙骨体系及组合结构的发展进行介绍。

The work and characteristic as follows : ( 1 ) Introduce Integra Web Steel and steel-concrete combination structure .

为了探讨其布置方案的车身结构性能，运用有限元技术对脊柱龙骨式车身骨架结构的性能指标（强度、刚度及模态）进行分析，并与原设计的分析数据作对比。

In order to explore the body structure performance of the new program , we analyze the body structure performance indicators ( strength , stiffness and modal ) by using the finite element method , and compare the experimental data .

为推动轻钢龙骨住宅在我国的应用和发展，必须加强对轻钢龙骨结构性能的研究，开发出配套的低、多层轻钢龙骨住宅结构体系。

To promote the application and development of light gauge steel framed residential dwellings in our country , the research on structural performance of light gauge steel framing should be enhanced and the structural system according with architectural system should be developed .