Analysis of Settlement Induced by Shield Construction of the Metro Passing under Existing Buildings Based on the Finite Difference Method by Rui Wang, Bin Zhang, You Wang

“…The computational analysis of the shield tunnel was performed by numerical simulation, taking into account the upper building load and the construction disturbance to the surrounding rock. Afterward, the study summarized the law behind the settlement. …”
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Estimating the Pile Settlement Using a Machine Learning Technique Optimized by Henry's Gas Solubility Optimization and Particle Swarm Optimization by Saravana Kumar, Savarimuthu Robinson

“…The Kuala Lumpur transportation network was selected to study the movement of piles based on the land rock characteristics using the developed SVR-HGSO and SVR-PSO structures. …”
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Experimental Study and Application of LASC Foamed Concrete to Create Airtight Walls in Coal Mines by Duo Zhang, Weifeng Wang, Jun Deng, Hu Wen, Xiaowei Zhai

“…When the crossheading is filled with LASC foam cement, the deformation of the surrounding rock is less than 19 cm, and the air leakage prevention is better than that achieved with loess and fly-ash-cement foam. …”
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Analysis of Vibration Response Law of Multistory Building under Tunnel Blasting Loads by Runke Huo, Shuguang Li, Zhanping Song, Yoshiaki Fujii, Shan Lei, Jianchao Mao, Sisi Tian, Zizhen Miao

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Simulation and Analysis of Long-Term CO2 Trapping for the Shenhua CCS Demonstration Project in the Ordos Basin by Ying Yu, Yilian Li, Guodong Yang, Fengcheng Jiang, Sen Yang, Yongsheng Wang

“…This study analyzes the geochemical interactions between CO2, formation fluid, and host rock of the major formations in the Ordos Basin, assesses the CO2 trapping capabilities, and predicts the final mineral forms of injected CO2. …”
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The Research on Strain-Softening Characteristics and Local Fracture Law of Deep Granite Roadway by Chuang Sun, Yunhe Ao, Laigui Wang

“…The complex mechanical properties of deep surrounding rocks during excavation and unloading have always been a concern in engineering communities. …”
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Damage constitutive model and mechanical properties of a concrete limestone composite after acid corrosion by Jie Wang, Bin Du, Mingxuan Shen, Yukun Li, Shisong Yuan

“…Lemaitre’s strain equivalence hypothesis was utilized, and on the basis of the assumption that the strength of rock microelements follows a Weibull distribution, the damage to microelements due to acidic corrosion was combined with compressive failure. …”
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Distribution Pattern of Anchorage Stress and Water Sensitivity Analysis of Red Clay by Lifeng Li, Weili Gong, Huilin Deng, Xiaohu Zhang, Gan Li

“…Based on the classical Phillips and uniform anchorage shear stress distribution theory, this paper puts forward a uniform-exponential distribution pattern of anchorage shear stress according to the specific characteristics of red clay by using the characteristics of the peak shear strength and residual shear strength of the rock and soil mass. With increasing anchorage force, the dynamic evolution (single exponential distribution ⟶ double single exponential distribution ⟶ uniform index exponential complex distribution ⟶ uniform distribution) of the anchorage shear stress is analysed. …”
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Roof-Breaking Characteristics and Ground Pressure Behavior in Deep Jurassic Coal Seams: A Thick-Plate Model and Field Measurements by Wei Zhang, Yandong Zhang, Weisheng Zhang, Liang Chen, Fanjia Li, Kaidi Xie

“…The roof failure occurred in the tensile mode, was controlled by the internal stress σx in the rock strata, and started from the center of the long side with the fixed support in the goaf. …”
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A slab window in the south rim of the Parece-Vela Basin by Zhang Zhen, Xu dong, Zhao Lintao

“…On the other hand, C20-1 signifies an adakitic rock, which originates from the melting of oceanic crust at the periphery of the slab window. …”
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Stability and Control of Retracement Channels in Thin Seam Working Faces with Soft Roof by Binbin Qin, Fulian He, Xiaobing Zhang, Xuhui Xu, Wei Wang, Liang Li, Chen Dou

“…The field application shows that the falling height and rate of movable prop of the hydraulic supports, working resistance of the hydraulic supports, and the roof subsidence all meet the requirements of safety production during the terminal mining period, and the surrounding rock control effect of retracement channel was determined to be good. …”
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Roof Fracture Characteristics and Strata Behavior Law of Super Large Mining Working Faces by Guozhen Zhao, Baisheng Zhang, Lihong Zhang, Chao Liu, Shuai Wang

“…The length of the working face has little effect on the roof fracture step length, and the fracture step length is positively correlated with the thickness of the rock stratum. The roof subsidence law for a super large working face is different from the intermittent subsidence of the unimodal Gaussian distribution curve of ordinary working faces, which shows the intermittent subsidence of multiple ordinary working faces. …”
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An Improved Scheme of Frequency-Dependent AVO Inversion Method and Its Application for Tight Gas Reservoirs by Jiong Liu, Jun-rui Ning, Xi-wu Liu, Chun-yuan Liu, Tian-sheng Chen

“…Recent experiments and theory of rock physics have shown that in hydrocarbon-bearing rocks, especially in gas-bearing ones, the change of seismic velocity with frequency may be pretty remarkable for fluid flow in pore space. …”
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Mechanism of Permeability Evolution for Reservoir Sandstone with Different Physical Properties by Xianshan Liu, Ming Xu, Ke Wang

“…Therefore, it is worth pointing out that rock physical properties have a great influence on the reservoir permeability under complex extraction conditions and cannot be ignored, which is necessary to improve the recovery ratio and productivity.…”
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Microscopic damage evolution and physical–mechanical behavior of high-temperature red sandstone under varying heating and cooling durations by Mingze Qin, Yue Su, Xiaolan Wang, Huawu Niu, Yifan Zhang, Dongxu Zhang, Nan Qin

“…Multifactorial experiments explored the impact of these conditions on the rock’s physical properties and assessed mechanical properties such as peak stress, peak strain, and elastic modulus. …”
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Study on Energy Density Distribution and Mass Fractal of Deep Saturated Coal Samples under Uniaxial Stepwise High Stressed Loading and Unloading Path by Xiaoyu Chen, Qiangling Yao, Changhao Shan, Liqiang Yu, Liang Chen, Qiang Xu, Ze Xia, Liu Zhu

“…The geostress in deep coal roadway is high and affected by mining frequently; under the influence of water-rock interaction, the bearing capacity of coal continues to deteriorate. …”
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The Impact of Pore Structure on Kerogen Geomechanics by Saad Alafnan

“…Shale is a clastic sedimentary rock composed of a complex mineralogy of clay, quartz, calcite, and fragments of an organic material known as kerogen. …”
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A Gas Seepage Modeling Study for Mitigating Gas Accumulation Risk in Upper Protective Coal Seam Mining Process by Cun Zhang, Lei Zhang, Mingxue Li, Chen Wang

“…The relationship between permeability and stress was described in an elastic-plastic state, and the mechanics of surrounding rock were investigated. It can be concluded from GSM that the initial gas pressure of protected seam, the characteristics of interlayer rocks, and the ventilation pressure of PSWF were the main factors that influenced the desorption of gas emission from the protected seam into PSWF. …”
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Artificial intelligence and 3D subsurface interpretation for bright spot and channel detections by Yasir Bashir, Muhammad Afiq Aiman Bin Zahari, Abdullah Karaman, Doğa Doğan, Zeynep Döner, Ali Mohammadi, Syed Haroon Ali

“…Seismic interpretation is primarily concerned with accurately characterizing underground geological structures & lithology and identifying hydrocarbon-containing rocks. The carbonates in the Netherlands have attracted considerable interest lately because of their potential as a petroleum or geothermal system. …”
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Morphology Effect of Surface Structures on Microchannel Flow Using Lattice Boltzmann Method by Ge Zhang, Bo Liu, Aiguo Xu, Yiming Shan, Yingjun Li

“…This discovery is furtherly ensured numerically by a test on a channel created with the profile of a rough rock surface. The finding for morphology effect on fluid flow can supply a reference for the prediction of the permeability of complex channels or fractures.…”
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