现代矿业
現代礦業
현대광업
Express Information of Mining Industry
2012年
5期
28-29,138
,共3页
商宇航%单麒源%谢兰魁%郭刚
商宇航%單麒源%謝蘭魁%郭剛
상우항%단기원%사란괴%곽강
FLAC^3D%喷锚注支护%数值模拟
FLAC^3D%噴錨註支護%數值模擬
FLAC^3D%분묘주지호%수치모의
FLAC^3D%Spray anchor note support%Numerical simulation
应用FLAC^3D对东荣二矿深部巷道围岩变形进行数值模拟,在一定程度上起到理论指导作用,从分析结果可以看出喷锚注支护可以有效地控制围岩变形,改善巷道围岩应力分布,减小巷道位移量,提高围岩强度和自承能力,支护结构长期稳定,能够很好地解决深部破碎巷道围岩变形控制问题。
應用FLAC^3D對東榮二礦深部巷道圍巖變形進行數值模擬,在一定程度上起到理論指導作用,從分析結果可以看齣噴錨註支護可以有效地控製圍巖變形,改善巷道圍巖應力分佈,減小巷道位移量,提高圍巖彊度和自承能力,支護結構長期穩定,能夠很好地解決深部破碎巷道圍巖變形控製問題。
응용FLAC^3D대동영이광심부항도위암변형진행수치모의,재일정정도상기도이론지도작용,종분석결과가이간출분묘주지호가이유효지공제위암변형,개선항도위암응력분포,감소항도위이량,제고위암강도화자승능력,지호결구장기은정,능구흔호지해결심부파쇄항도위암변형공제문제。
Abstract Numerical simulation was done on deep laneway surrounding rock deformation of Dongrong No. 2 mine by using FLAC^3D with theory directive function at a certain degree, it could be ob- served from analysis result that spray anchor note support could control surrounding rock deformation ef- fectively, improve laneway surrounding rock stress distribution, reduce displacement amount of laneway, enhance strength of surrounding rock and self-bearing ability, support structure long-time stable could solve deep crush roadway surrounding rock deformation controlling problem well.