Advanced Underground Space Technology

• Other Authors: Gong, Chenjie (Editor), Lei, Mingfeng (Editor), Shen, Xianda (Editor)
• Format: Electronic Book Chapter
• Language: English
• Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2022
• Subjects: Technology: general issues; History of engineering & technology; highway tunnel; noise reduction; closed-cell aluminum foam; field test; sound absorption; insertion loss; minimum bending moment; cross-section; shield tunnel; soft soil area; design method; urban underground space (UUS); suitability assessment; rough set theory; conditional entropy; tunnel analysis; direct algorithmic process; support-ground interaction; confinement loss; Newton's recursive method; convergence-confinement method; tunnel; flexibility; rectangular; square; numerical method; drill and blast tunnel; machine learning; measure-while-drilling; drilling parameters; intelligent surrounding rock classification model; synchronous propulsion and assembly mode; segment interaction; assembling error; concrete segment; segment damage; pipe jacking; direct shear test; friction characteristics; slurry concentration; slurry standing time; feet-lock steel pipe; design optimization method; load-deformation coordination; active bearing; soft-rock tunnel; engineering application; sealing gasket; sealing performance; thermal-mechanical coupling; isolation pile; surface settlement trough; analytical solution; FDM-DEM coupling; jack thrust angle; mechanical properties; numerical analysis; construction load; tunnel lighting; sidewall brightness; lighting environment; visual characteristics; experiment; foamed concrete; elastic modulus; Walsh formula; two-layer embedded model; spherical pore assumption; mesomechanics; mountain tunnel; joint waterproofing; waterstop; the waterproof mechanism; water seepage resistance; finite element analysis; anchor joint; seismic response; soil-structure interaction; excavation tunnel; spatial reticulated grid; bolt-shotcrete support; model test; bearing performance; mechanization; hydraulic tunnels; water losses; methodology; MLR model; stepwise regression; n/a
• Online Access: DOAB: download the publication; DOAB: description of the publication

The recent development of underground space technology makes underground space a potential and feasible solution to climate change, energy shortages, the growing population, and the demands on urban space. Advances in material science, information technology, and computer science incorporating tradi...