青岛理工大学学报
青島理工大學學報
청도리공대학학보
JOURNAL OF QINGDAO TECHNOLOGICAL UNIVERSITY
2012年
5期
29-33
,共5页
煤层开采%地表沉陷%厚松散层%FLAC3D
煤層開採%地錶沉陷%厚鬆散層%FLAC3D
매층개채%지표침함%후송산층%FLAC3D
seam mining%surface subsidence%thick loose layer%FLAC3D
以国内某大型煤矿为原型,采用FLAC3D有限差分软件对厚松散层下,内部煤矿开采过程中地表沉陷进行数值模拟,并对模拟结果进行了分析和探讨.研究表明:随着煤炭资源的采出,地表沉陷不断增大,并且相比于一般条件,厚松散层下煤炭开采所产生的地表沉陷影响范围变大.
以國內某大型煤礦為原型,採用FLAC3D有限差分軟件對厚鬆散層下,內部煤礦開採過程中地錶沉陷進行數值模擬,併對模擬結果進行瞭分析和探討.研究錶明:隨著煤炭資源的採齣,地錶沉陷不斷增大,併且相比于一般條件,厚鬆散層下煤炭開採所產生的地錶沉陷影響範圍變大.
이국내모대형매광위원형,채용FLAC3D유한차분연건대후송산층하,내부매광개채과정중지표침함진행수치모의,병대모의결과진행료분석화탐토.연구표명:수착매탄자원적채출,지표침함불단증대,병차상비우일반조건,후송산층하매탄개채소산생적지표침함영향범위변대.
Based on a prototype of large coal in our country,the internal surface subsidence under thick unconsolidated layers in the course of mining exploitation is simulated by using the finite difference software FLAC3D,and then the simulation result is analyzed and studied.The result shows that surface subsidence increases ceaselessly with the coal resources mining and with the general conditions;the surface subsidence caused by coal mining exploitation of thick unconsolidated layers deserves a larger influence scope.