中国西部科技
中國西部科技
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SCIENCE AND TECHNOLOGY OF WEST CHINA
2014年
3期
41-42
,共2页
晏资皇%唐进锋%谭亚%张丰华
晏資皇%唐進鋒%譚亞%張豐華
안자황%당진봉%담아%장봉화
无缝道岔%ANSYS模型%温度力%位移
無縫道岔%ANSYS模型%溫度力%位移
무봉도차%ANSYS모형%온도력%위이
Seamless Turnout%ANSYS Model%Temperature Force%Displacement
基于有限元软件ANSYS,以12号桥上无缝道岔为例,通过ANSYS的APDL参数化建模技术,建立桥上无缝道岔计算模型,计算了12号无缝道岔的受力与变形,并分析了道岔在桥上相对位置不同时对无缝道岔受力与变形的影响。对桥上无缝道岔的设计和养护维修有一定的指导意义。
基于有限元軟件ANSYS,以12號橋上無縫道岔為例,通過ANSYS的APDL參數化建模技術,建立橋上無縫道岔計算模型,計算瞭12號無縫道岔的受力與變形,併分析瞭道岔在橋上相對位置不同時對無縫道岔受力與變形的影響。對橋上無縫道岔的設計和養護維脩有一定的指導意義。
기우유한원연건ANSYS,이12호교상무봉도차위례,통과ANSYS적APDL삼수화건모기술,건립교상무봉도차계산모형,계산료12호무봉도차적수력여변형,병분석료도차재교상상대위치불동시대무봉도차수력여변형적영향。대교상무봉도차적설계화양호유수유일정적지도의의。
Based on the finite element software ANSYS, taking No.12 seamless turnout on the bridge as an example, through ANSYS APDL parametric modeling technology, seamless turnout on the bridge calculation model was established. Meanwhile, the force and displacement of the 12 seamless turnout were also calculated and analyzed when seamless turnout and bridge relative position was changed. It has certain guiding significance to design and maintenance of bridge.