CAJ | 학술논문

为了解决杨村煤矿井筒在深厚黏土层层位掘砌时遇到的冻结管断裂难题，分析了施工中产生的问题，并采用 ANSYS 有限元软件模拟出该黏土层段温度场分布规律，细化导热系数区间，使计算结果与测温孔数据接近。结果表明，强化冻结工艺和采用短段掘砌施工是解决深厚黏土层安全施工的有效措施，对日后井筒在该层位的施工具有一定参考价值。
위료해결양촌매광정통재심후점토층층위굴체시우도적동결관단렬난제，분석료시공중산생적문제，병채용 ANSYS 유한원연건모의출해점토층단온도장분포규률，세화도열계수구간，사계산결과여측온공수거접근。결과표명，강화동결공예화채용단단굴체시공시해결심후점토층안전시공적유효조시，대일후정통재해층위적시공구유일정삼고개치。
In order to solve the difficult problems occurring duting digging and lining a shaft in deep and thick calcareous clay layer in Yangcun mine, the paper analyzed the problems encountered during shaft construction, simulated the distribution regularities of the temperature field in the calcareous layer by using ANSYS finite element software, refined the range of thermal conductivity coefficient, and made the calculation results close to the data of the hole for temperature measurement. The results show that enhancing freezing technology and adopting digging and lining of short interval are efficient measures for safe construction of shaft in calcareous layer, have reference value for future shaft construction in the layer.