A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Advances in Energy Infrastructure Construction Technology
Energy infrastructure is crucial for effective resource utilization, urban functionality, and economic growth. Despite shifts in the research focus over the years, the core objective remains consistent: to establish efficient, reliable, and sustainable energy systems. However, achieving this goal is challenged by complex service environments and diverse, unpredictable loads. Building resilient energy infrastructure requires expertise in geotechnical and structural engineering, energy materials, and construction techniques. Innovations in materials, foundations, and construction methods are vital for enhancing infrastructure performance and longevity. Despite progress in construction technologies, a significant gap remains between energy system demands and the actual state of infrastructure. This Special Issue compiles research on cutting-edge advancements in energy infrastructure, covering topics such as failure patterns of transmission tower–line systems, rapid pipeline installation techniques, and numerical simulations for optimization. These studies are paving the way for future developments in reliability analysis, performance enhancement, and sustainable construction practices, fostering interdisciplinary collaboration and further innovation.
Advances in Energy Infrastructure Construction Technology
Energy infrastructure is crucial for effective resource utilization, urban functionality, and economic growth. Despite shifts in the research focus over the years, the core objective remains consistent: to establish efficient, reliable, and sustainable energy systems. However, achieving this goal is challenged by complex service environments and diverse, unpredictable loads. Building resilient energy infrastructure requires expertise in geotechnical and structural engineering, energy materials, and construction techniques. Innovations in materials, foundations, and construction methods are vital for enhancing infrastructure performance and longevity. Despite progress in construction technologies, a significant gap remains between energy system demands and the actual state of infrastructure. This Special Issue compiles research on cutting-edge advancements in energy infrastructure, covering topics such as failure patterns of transmission tower–line systems, rapid pipeline installation techniques, and numerical simulations for optimization. These studies are paving the way for future developments in reliability analysis, performance enhancement, and sustainable construction practices, fostering interdisciplinary collaboration and further innovation.
Advances in Energy Infrastructure Construction Technology
2025-02-20
Miscellaneous
Electronic Resource
English
quasi-rectangular shield tunnel , lining segments , assembly quality , error analysis , control standard , oil and gas pipelines , rapid jacking and pipeline laying , equipment selection , thrust force , transmission tower , tower-line system , collapse mechanism , wind load , dynamic response , jointed rock masses , hydraulic coupling , crack propagation , acoustic emission , energy accumulation and dissipation , lightweight controlled low strength materials , expanded polystyrene , construction waste , ethylene vinyl acetate-resin surface modification , collapse analysis , landslide , collapse pattern , explicit dynamic analysis , fibre bundle drainage pipe , numerical simulation , laboratory test , seepage performance , slope engineering , grate boiler , grate tail burnout air , particle distribution , incidence angle , air distribution , reliability assessment , time-dependent reliability index , aging unloading arm , non-destructive testing , wind speed , underground space , pile foundation , precast cement pile , deep mixing column , industrial solid waste , reactive magnesia , energy infrastructure , energy utilization
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