Question

求翻译！！！很急！！！中译英达人进来！！！跪求了！

现浇拱桥钢桁拱架受力分析与施工
摘要：本文通过对江凯河大桥贝雷钢桁拱架的分析和施工实践表明，承载力、变形和稳定能够满足《公路桥涵施工技术规范》有关施工阶段受力、变形和稳定的要求。
关键词：拱圈 贝雷钢桁 受力分析 施工

求翻译一下，要交论文要用到中译英！求翻译。！

Answer 1

Stress Analysis and Construction of Cast-in-Place Arch Bridge Steel Truss
Abstract: Based on the analysis and construction practice of Bailey truss on Jiang Kaihe bridge, this paper shows that, the bearing capacity, deformation and stability can meet the requirements for stress, deformation and stability during the construction stage stipulated in " The Technical Specification for Construction of Highway Bridges and Culverts" .
Key words: arch, Bailey truss, stress analysis, construction

Answer 2

Stress Analysis and construction of cast arch bridge steel truss arching
Abstract: This paper Bailey steel truss arching the JIANGKAI River Bridge and construction practice, bearing capacity, deformation and stability to meet the requirements of "highway bridge construction technical specifications related to the construction phase the force, deformation and stability.
Keywords: arch ，Bailey Steel Truss ，Stress Analysis，Construction

Answer 3

Cast-in-situ steel truss arch bridge arch bridge stress analysis and construction
Abstract: this article through to JiangKaiHe BeiLei steel truss arch bridge shelves of analysis and construction practice shows that the bearing capacity, deformation and stability can satisfy the highway bridge construction technology standard "about construction stages ofloading, deformation and stability requirement.
Keywords: arch ring BeiLei steel truss stress analysis construction

Answer 4

The Pressure Analysis and Construction on Arch Bridge Steel Truss
Abstract: The essay indicated that the stress capacity,deformation and stability of arch bridge steel truss can meet "The Tech-Criterion for Construction of Highway Bridges and Constructions'',which regulated the specification of relative stress capacity,deformation and stability of stages in bridge construction after validating Jiangkai River Bridge.
Key words:arch, Bailey truss, stress capacity analysis, construction