水科学与工程技术
水科學與工程技術
수과학여공정기술
WATER SCIENCES AND ENGINEERING TECHNOLOGY
2013年
4期
85-87
,共3页
右岸%边坡%优化设计%地质依据
右岸%邊坡%優化設計%地質依據
우안%변파%우화설계%지질의거
right bank%slope%optimal design%geological basis
为查明右岸开挖边坡的地质条件,通过地质测绘、陡壁刻槽、平洞、原位测试、变形试验及岩石室内物理力学性质试验等多种勘察手段,取得大量定性、定量的地质勘察资料和试验资料,为右岸开挖边坡优化设计提供地质依据。
為查明右岸開挖邊坡的地質條件,通過地質測繪、陡壁刻槽、平洞、原位測試、變形試驗及巖石室內物理力學性質試驗等多種勘察手段,取得大量定性、定量的地質勘察資料和試驗資料,為右岸開挖邊坡優化設計提供地質依據。
위사명우안개알변파적지질조건,통과지질측회、두벽각조、평동、원위측시、변형시험급암석실내물리역학성질시험등다충감찰수단,취득대량정성、정량적지질감찰자료화시험자료,위우안개알변파우화설계제공지질의거。
To identify the geological conditions of the right bank of th e slope excavation, by geological mapping, steep groove, flat hole in situ testing, indoor rock deformation experiments and test a variety of physical and mechanical proper-ties of survey instruments to obtain a large number of qualitative geological survey data and quantitative experimental data, provided the geological basis for optimizing the design of the right bank of the slope excavation.