测绘与空间地理信息
測繪與空間地理信息
측회여공간지리신식
GEOMATICS & SPATIAL INFORMATION TECHNOLOGY
2014年
11期
104-106
,共3页
隧道%地质结构%控制网%GPS
隧道%地質結構%控製網%GPS
수도%지질결구%공제망%GPS
tunnel%geological structure%control network%global positioning system
隧道工程以所处地形地质结构复杂、劳动强度大及后期维护问题多而著称。高海拔地区隧道受地质气候条件影响,其测量及施工难度较大,对高速铁路隧道而言,更是如此。本文以大阳山隧道为例,结合GPS测量技术特点对该隧道控制网布设进行了设计,得出了相关结论。
隧道工程以所處地形地質結構複雜、勞動彊度大及後期維護問題多而著稱。高海拔地區隧道受地質氣候條件影響,其測量及施工難度較大,對高速鐵路隧道而言,更是如此。本文以大暘山隧道為例,結閤GPS測量技術特點對該隧道控製網佈設進行瞭設計,得齣瞭相關結論。
수도공정이소처지형지질결구복잡、노동강도대급후기유호문제다이저칭。고해발지구수도수지질기후조건영향,기측량급시공난도교대,대고속철로수도이언,경시여차。본문이대양산수도위례,결합GPS측량기술특점대해수도공제망포설진행료설계,득출료상관결론。
The tunnel project is known for its complex geological structure and the terrain , high labor strength and multiple problems of the maintenance .Because of the geological and climatic conditions of the tunnel in the high altitude , the difficulty of measurement and construction is much harder than other area , this is especially true for high speed railway tunnel .In this paper , we take Dayangs-han tunnel for example , design the control network of Dayangshan tunnel combined with the features of GPS measurements , and the conclusion was given .