城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2014年
21期
358-358,363
,共2页
波形钢腹板组合箱梁桥%屈曲%参数分析
波形鋼腹闆組閤箱樑橋%屈麯%參數分析
파형강복판조합상량교%굴곡%삼수분석
the box girder with corrugated steel webs%buck-ling%parameters analysis
为了了解波形钢腹板PC箱梁桥的屈曲稳定性能,本文采用三维有限元方法,计算分析了波形钢腹板厚度、高度、波高、板长等尺寸参数对一座40 m跨此类桥梁屈曲性能的影响,得出了参数影响规律,可为此类桥梁设计提供参考。
為瞭瞭解波形鋼腹闆PC箱樑橋的屈麯穩定性能,本文採用三維有限元方法,計算分析瞭波形鋼腹闆厚度、高度、波高、闆長等呎吋參數對一座40 m跨此類橋樑屈麯性能的影響,得齣瞭參數影響規律,可為此類橋樑設計提供參攷。
위료료해파형강복판PC상량교적굴곡은정성능,본문채용삼유유한원방법,계산분석료파형강복판후도、고도、파고、판장등척촌삼수대일좌40 m과차류교량굴곡성능적영향,득출료삼수영향규률,가위차류교량설계제공삼고。
In order to understand the buckling stability of the PC box girder with corrugated steel webs, this paper analyzes the effect of some calculated values to buckling performance of a 40 m across this bridge, such as the thickness, height, wave height and plate length of corrugated steel webs plate, which are calculated using three dimensional finite element m-ethod. Final y the influence rule of the parameters is obtained, which can provide a reference for this kind of bridge design.