CAJ | 학술논문

选取岩石抗压强度、完整系数、结构面状态、地下水发育情况、洞轴线与软弱结构面的夹角作为地下储油库工程围岩稳定性的评价因素，并采用权重反分析的方法确定各指标的权重，建立了基于权重反分析方法和功效系数法的洞库围岩稳定性评价模型。最后，将建立的围岩分类模型应用于实际工程，通过与实际开挖结果对比表明，模型判别结果与实际开挖揭露围岩类别相吻合，证明了该方法用于地下储油洞库围岩分类的合理性和有效性，为地下储油洞库围岩稳定性判别提供了一种新思路。
선취암석항압강도、완정계수、결구면상태、지하수발육정황、동축선여연약결구면적협각작위지하저유고공정위암은정성적평개인소，병채용권중반분석적방법학정각지표적권중，건립료기우권중반분석방법화공효계수법적동고위암은정성평개모형。최후，장건립적위암분류모형응용우실제공정，통과여실제개알결과대비표명，모형판별결과여실제개알게로위암유별상문합，증명료해방법용우지하저유동고위암분류적합이성화유효성，위지하저유동고위암은정성판별제공료일충신사로。
Based on weights back analysis and efficiency coefficient method, a new surrounding rock classification model of underground oil storage caverns is put forward. And rock compressive strength, integrated coefficient, character of discontinuity, groundwater, the angle between tunnel axis and soft surface are selected as key factors of surrounding rock stability. Then using weights back analysis method to determine the weights of factors, after which the model of the surrounding rock classification can be established based on weights back analysis method and efficacy coefficient method. Finally, the established classification of surrounding rocks model is used in practice;and the results show that the outcomes of stability analysis match the actual surrounding rock classification. It proves that the method used in surrounding rock classification of underground oil storage caverns is rational and effective, so as to provide a new idea to predict surrounding rock criterion for underground oil storage caverns stability.