Advances in Rock Mechanics and Geotechnical Engineering

The Special Issue entitled “Advances in Rock Mechanics and Geotechnical Engineering” is devoted to the publication of the latest research, field works, and laboratory investigations in the area of rock mechanics and geotechnical engineering. This Special Issue has published novel contributions in di...

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Hōputu:	Online
Reo:	Ingarihi
I whakaputaina:	MDPI - Multidisciplinary Digital Publishing Institute 2024
Ngā marau:	strength prediction brittle rock grain-structure representation micro-properties bonded block models Voronoi tessellation structure-type rockburst evolution mechanism particle flow code flat-joint model pre-grouting soft coal mass coal-grout structure shear behavior quality improvement rock strength tensile behaviour neuro-fuzzy regression non-destructive tests paste filling slicing mining false roof stability optimal false roof thickness tree-based techniques feature selection pile bearing capacity gradient boosted tree random forest in situ stress rock blasting crack propagation model test rheological deformation key stratum roadway groups roadway deformation surrounding rock control triaxial creep experiment cyclic loading and unloading elasto-visco-plastic strain irrecoverable strain tertiary creep stage nonlinear creep damage model high-altitude slope BP neural network freeze-thaw cycle geological conditions mining method soft broken complex ore body improved AHP comprehensive evaluation index blasting back-break SVM metaheuristic algorithms moth–flame optimization whale optimization algorithm tilted strata roadway nonuniform deformation physical simulation HFDEM numerical method rock fracture strain rate mining engineering backfill mining high-concentration backfill elastic modulus K-fold cross-validation mining rock engineering sensitivity analysis XGBoost limit equilibrium method (LEM) limit analysis accuracy slope stability homogenous slopes error accuracy classification chart physical and mechanical responses Egyptian granodiorite thermal damage threshold microstructure thermal constructions rock slope analysis limited analysis method numerical methods combined/hybrid finite–discrete element method FDEM non-renewable clean coal technology waste of resources “110 construction method” collapse settlement control moisture content dry–wet cycles cyclic loading injury mechanism acoustic emission RA-AF thermal effect prediction model uniaxial compressive strength static Young’s modulus artificial neural network multilinear regression rock mass hydraulic conductivity sustainability rock mechanics geotechnical engineering geomechanical engineering mining technology natural stones temperature fire thermal effect point load strength porosity color gloss automated mineral identification LBP classification texture feature liquefaction potential prediction Bayesian optimization support vector machines optimization Hoek–Brown criterion Mohr failure envelope Balmer’s equation limit equilibrium analysis modified Bishop approach active earth pressure unsaturated narrow backfill interlayer shear stress arching effect thin-layer element method tunnel excavation cut blasting method LLB method uncharged hole numerical simulation spectrum index water content hyperspectral information V-type firing pattern collision fragmentation RSA ANN coupled stress-hydro effect uniaxial loading infrared radiation warning threshold non-destructive monitoring alteration tunnel stress field deformation field plastic zone flyrock weathering index (WI) equilibrium optimizer (EO) particle swarm optimization (PSO) extreme learning machine (ELM) artificial neural network (ANN) high-water material seawater water-cement ratio strength mining method optimization difficult-to-mine complicated orebody multiple attribute decision making Pythagorean fuzzy sets and TOPSIS method mechanized upward horizontal layering method plateau alluvial-lacustrine deposits round gravelly soil large scale direct shear test shear strength parameters Erbil geotechnical characterization GIS ANFIS differential evolution firefly algorithm frozen rock mass blasting ice-filled crack explosion stress wave propagation attenuation factor UCS intelligent and statistical methods sedimentary rocks modulus of deformation RMR in situ testing modelling instrumentation failure risk element failure probability spatial variability stochastic groundwater level upper bound method rock joints shear strength scale effects normal stress JRC PFC simulation water inrush precursor strain energy normalized sustainable mine blast-induced flyrock LSSVM prediction models salt cavern underground gas storage continuum-discrete coupled method thermal-mechanical coupling thermal damage marble strength direct and indirect methods correlations analysis artificial intelligence techniques performance indicators resonant column test torsional simple shear test damping ratio steady-state vibration free vibration decay bibliometric analysis pile foundation sustainable structure VOS viewer Web of Science red clay desiccation cracking mechanism digital image correlation technology strain displacement mineral carbonation comminution energy stress–strain relationship elastic properties radial distribution function crown deformation underground caverns parametric study multiple linear regression twin tunnels 3D numerical analysis surface settlement field measurement geotechnical and geological conditions thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology
Urunga tuihono:	ONIX_20240108_9783036597744_107
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Whakaahuatanga
Whakarāpopototanga:	The Special Issue entitled “Advances in Rock Mechanics and Geotechnical Engineering” is devoted to the publication of the latest research, field works, and laboratory investigations in the area of rock mechanics and geotechnical engineering. This Special Issue has published novel contributions in different areas of geotechnical and geomechanical engineering such as slope and embankment, tunneling and underground space technologies, pile and foundation, rock mechanics and rock blasting, excavation and leveling projects, ground improvement techniques, unsaturated soil, practical issues in soft soil, mining technology, geo-environmental engineering, new laboratory testing, applied geology for construction, and novel geotechnical construction methods. The focus of this reprint is on the development of computational methods for solving problems in the fields of rock mechanics and geotechnical engineering.

Advances in Rock Mechanics and Geotechnical Engineering

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