1.
The design and construction of bearing Strutting system for supersized cantilever structure in high air
高空特大悬挑结构承重架设计与施工
2.
Application of Steel Truss Formwork in High Cantilever Structure
钢筋桁架模板在高空悬挑结构中的应用
3.
Design and research on large span internal prestressed cantilevered pipe trusses
体内预应力大悬挑钢管桁架结构设计研究
4.
Discuss on Design of Construction Scaffolding of Super High-rise Structure with Large Cantilevered Roof
超高层屋面大悬挑结构施工脚手架设计的探讨
5.
Design and construction of the template support shelf of high altitude concrete cantilever structure
高空悬挑混凝土结构支模架的设计及施工
6.
SUSPENSION AND BAR PLANTING TECHNOLOGY APPLIED TO RENOVATE LOAD-BEARING SYSTEM OF STRUCTURE
用悬吊与植筋技术改造结构承重体系
7.
Researching of Design Method and Capability of Tube Structure Possessed Double Helix-Cantilever Trusswork;
具有双螺旋悬挑桁架的筒体结构性能及设计方法研究
8.
Study of Seismic Vibration Control for a Large Cantilevered Truss Structures with Viscous Dampers
带黏滞阻尼器的大悬挑网架结构的减震控制研究
9.
Research and analysis on large span external prestressed cantilever pipe truss of Guiyang Sports Center
贵阳体育场体外预应力大悬挑钢管桁架结构设计研究
10.
This paper is taking the Shenzhen city Bilinghuating project as example, have introduced in the hang scaffolding structure design, body structural checking computation and body put up to set up acceptance and use.
结合实例,详细介绍了悬挑脚手架架体构造设计、体结构验算、体搭设验收与使用。
11.
The suspension of the front wheels is more complicated than the suspension of the rear wheels.
前轮的悬架结构比后轮的悬架结构更为复杂。
12.
This paper probes into the optimization of structural design for bottom bearing beam of the lower masonry structure of brick-frame construction.
对砖混—框架结构下部砌体结构承重梁结构设计优化进行探讨。
13.
Mechanical Analysis on Transfer Cantilever Beam of Upper Large-space Structures
上部大空间悬挑梁转换结构力学分析
14.
Installation of Abnormally Framed Steel Structure with Double Cantilever and Long-Span
双悬挑、大跨度异形钢结构安装施工
15.
Research on Bearing-capacity Evaluation Method for Bridge-Crane Structure;
桥式起重机桥架结构承载能力评估方法的研究
16.
Tunnel-type anchorage, a kind of geotechnical engineering structure, is the main supporting system of a suspension bridge.
隧道式锚碇是悬索桥的主要承重体系,属于大型岩土工程结构。
17.
The gimbal suspension is the low-friction mechanism by which the gimbal is carried within its supporting case.
框架悬挂装置是一个低摩擦力的机构，其框架悬挂在支承箱内。
18.
Study on Shaking Table Test of Model of the Timber-truss-bearing and Adobe-wall-shielding One-storey Building in the Country;
农村木构架承重土坯围护墙结构振动台试验研究