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在冻融条件下,岩石的损伤机理和力学特征对于岩石力学领域的研究和建设有着一定的指导性和研究意义。对于寒山矿区的水分和应力等多重性因素的耦合作用进行分析,会导致冻融灾害和出现岩石的冻融损伤,这对于寒山矿区工程建设的稳定性有着重要的影响和意义。这就需要在研究过程中,遵循岩石冻融损伤的演化规律和应用机理,并在科学技术的发展建设中实现先进化的核磁共振技术的应用,以实现对具体岩石状态的现象进行分析,进而对岩石的空隙结构特征进行揭示。
Under the condition of freezing and thawing, the damage mechanism and mechanical characteristics of rock have certain guiding and research significance for the research and construction of rock mechanics. Analyzing the coupling effect of multiple factors such as water and stress in Hanshan mining area will lead to freeze-thaw disaster and freeze-thaw damage of rock, which has an important influence and significance on the stability of engineering construction in Hanshan mining area. This needs to follow the law of evolution and application of rock freeze-thaw damage during the research process and to apply advanced nuclear magnetic resonance technology in the development of science and technology so as to realize the analysis of the phenomenon of specific rock status and further Reveal the structural characteristics of the rock void.