电力勘测设计
電力勘測設計
전력감측설계
ELECTRIC POWER SURVEY
2013年
1期
20-23
,共4页
输电线路%多年冻土%稳定性%退化%基础设计
輸電線路%多年凍土%穩定性%退化%基礎設計
수전선로%다년동토%은정성%퇴화%기출설계
transmission line%permafrost%stability%degradation%foundation design
玉树与青海主网330kV线路工程沿线年平均地温高、水系发育,造成冻土的类型、分布格局等都复杂多变,为了解决线路中路径的合理选择及优化、适宜的基础型式应用等,开展了沿线的冻土研究,其结果合理指导了路径及基础型式的优化与选择,规避了线路中的不良冻土工程地质问题,对工程的顺利实施具有较大的经济价值.
玉樹與青海主網330kV線路工程沿線年平均地溫高、水繫髮育,造成凍土的類型、分佈格跼等都複雜多變,為瞭解決線路中路徑的閤理選擇及優化、適宜的基礎型式應用等,開展瞭沿線的凍土研究,其結果閤理指導瞭路徑及基礎型式的優化與選擇,規避瞭線路中的不良凍土工程地質問題,對工程的順利實施具有較大的經濟價值.
옥수여청해주망330kV선로공정연선년평균지온고、수계발육,조성동토적류형、분포격국등도복잡다변,위료해결선로중로경적합리선택급우화、괄의적기출형식응용등,개전료연선적동토연구,기결과합리지도료로경급기출형식적우화여선택,규피료선로중적불량동토공정지질문제,대공정적순리실시구유교대적경제개치.
@@@@?“330kV Transmission Line of Main Power grid in Yushu and Qinghai Project”. has high annual mean ground temperature and intricate water system, the type and distribution of frozen soil is complicated along the project. The purpose of the study is to select a logical line path, and to optimize foundation design. It has guided the selection and optimization of line path and foundation type, and has avoided the harmful geological problems of permafrost, and will have a great economic value for the smooth implementation of the project, by our study.