suspension girder

[səˈspɛnʃən ˈɡə:dɚ][səˈspenʃən ˈgɜ:də]

吊梁悬梁

  • The steel-concrete joint is one of the key of self-anchored suspension bridge with mixed girder .

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  • Equivalent design of aeroelastic model for a long-span suspension bridge with truss stiffening girder

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  • Some Contents which Design of Suspension Girder Bridge with Long-Span Should Pay to Attention

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  • In the process of wind-resistance design of suspension bridges streamlined box girder has been widely applied because of its better wind-resistance performance .

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  • It is shown that the first passage dynamic reliability of the suspension bridge girder satisfies the requirement of stiffness .

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  • Study on Hydraulic Characteristic of Suspension Girder

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  • Analysis on Damping Ratio of Single Factor and Simulation of Many Factors Optimize Combination with Suspension Girder in PPR

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  • The practical and simplified method for analyzing self-anchored suspension bridge girder 's stability in plane

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  • Analysis and optimization simulation of PPR factors contribution ratio of suspension girder dumping ratio

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  • The influence factors such as ratio of side span to main span sag-span ratio stiffness of hangers were studied and the influence of sag-span ratio for the limit span of self-anchored suspension bridge with mixed girder is greatest . 2 .

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  • The operations of drive steering suspension and kickstand of girder transport vehicle are driven by electro-hydraulic proportional control system .

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  • Analysis of mechanics performance on Suspension Bridge on stiffening girder with space truss

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  • Optimum analysis of suspension bridge with stiffening box girder

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  • How to set up long-span suspension bridge km mountain girder into another troubled engineering problems .

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  • Research on Deck System Construction Technology and Internal Force Analysis of Stiffening Girder of Suspension Bridge with Steel Truss Girder

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  • Static and Dynamic Research on Self-anchored Suspension Bridge with Steel-Concrete Mixed Girder under Different Parameters

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  • The nonlinear finite element analysis theory and method for the suspension bridge with concrete stiff girder was studied in the chapter 4 and 5 .

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  • The modern suspension bridge consisting of stiff girder and main cable is a system of flexible suspension . It becomes the first choice of long-span bridges for its great spanning capacity and beautiful structure model .

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  • With the change of discharge height distance and section configuration of suspension girder hydraulic characteristic would change and directly influence the effect of energy dissipation .

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  • This paper expounds the design idea and main contents of construction control system in Self-anchored Suspension Bridge with different girder stiffness .

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  • Monitoring control of construction of self anchored flexible steel suspension cable girder bridge

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  • Because the different position of the uplift of suspension bridges the stiffening girder axial bear pressures it produces many problems on design and construction .

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  • The best distance between suspension girder is the length range 's 1.5 ~ 2 times behind the eddy flow of suspension girder .

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  • Theoretical Model for the Initial Stiffness of Outer-shell Beam-column Connection Equivalent design of aeroelastic model for a long-span suspension bridge with truss stiffening girder

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  • Based on the common used material and considering the main factors the limit spans of self-anchored suspension bridges with concrete stiffening girder and with steel stiffening girder are discussed in detail and the corresponding limit spans are given .

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  • Physical modeling and preliminary theory of hydraulic characteristic of supercritical flow of gradient with suspension girder are studied in this paper .

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  • Contrast experiment on structural forms of steel-concrete joint of self-anchored suspension bridge with mixed girder was studied .

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  • Asphalt surfacing on steel deck of long spanned suspension bridge with steel box girder is a complicated yet still not well solved technical problem . Research and Development of Steel Deck Pavement Technology

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