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Building Physics, Structural and Safety Engineering
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The subjects of building physics, and structural and safety engineering have always been popular research topics globally for scientists across many fields, including, but not limited to, architecture, civil engineering, and safety engineering. In recent years, considerable scientific progress has been achieved regarding the related research themes. This Special Issue is dedicated to recent advances in the design, theoretical, numerical, and experimental study of building physics, structural, and safety engineering, including building systems and materials; energy and environment; green building and architecture; structural engineering; disaster prevention and mitigation projects; smart materials and structures; constructions and composites; structural health monitoring; civil engineering; and architecture. For this event, all these topics were covered in the extensive submissions accepted, but interesting papers on other aspects of building structure were also received. In this reprint, the main research findings of the accepted papers in this Special Issue, including fired control, building insulation, wind comfort, hygrothermal performance, in situ structural evaluation, concrete production, piled raft foundations performance evaluation, wall piers, and pipe heat transfer, are summarized, and a number of research questions and directions are identified.
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Keywords
- artificial ground freezing
- building diagnostics
- building insulation materials
- building-integrated PV (BIPV)
- carbon emissions
- CFD
- Civil engineering
- compartment fire
- composite foundation
- Concrete
- concrete-filled steel tubes
- deformation adjustors
- differential settlement
- En-ActivETICS
- end-bearing piles
- Energy Efficiency
- enhancing freezing tube
- ETICS
- Finite element method
- freeze-sealing pipe roof (FSPR) method
- freeze-sealing pipe roof method
- freezing effect
- freezing scheme
- Frozen soil
- Gongbei Tunnel
- heat transfer
- heat transfer model
- hydraulic model
- hygrothermal modelling
- hygrothermal performance
- in situ testing
- Large eddy simulation
- Mechanical properties
- non-destructive testing (NDT)
- Numerical analysis
- optimum thickness
- outdoor wind environment
- PCM
- physical and mechanical properties
- piled raft foundation
- piloti rate
- pipe friction parameters
- pool fire
- real fire
- relative humidity
- Risk assessment
- seismic performance
- shaking table test
- shear walls
- slab-wall structure
- structural performances
- structural response
- sustainability
- thermal conductivity
- thermocouples
- timber structures
- ultrasonic testing (UT)
- urban form
- Waste management
- wind comfort
- workability
- X-ray imaging
Links
DOI: 10.3390/books978-3-7258-1080-2Editions