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Sustainable Structures and Construction in Civil Engineering
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With the development of society and the economy, sustainable structures and construction are becoming increasingly necessary in civil engineering. Sustainability in construction refers to eco-friendly and economical practices that occur throughout the whole life cycle of structures, including their design, construction, service and demolition. Sustainable structures include fabricated and modular structures, structures constructed using bio-based materials, as well as others. Specifically, timber, bamboo and light steel have become increasingly popular building materials. Additionally, wall panels made from eco-friendly materials can be used to reduce buildings’ energy consumption and carbon emissions. Sustainable construction necessitates prefabricated construction and the recycling and reuse of materials, structures, etc. Key problems have been proposed and solved in regard to sustainable structures and construction in practice. This Special Issue provides an international forum for the presentation and discussion of the latest developments in sustainable structures and construction in civil engineering. The topics of interest include the modeling, testing and construction of sustainable structures. Original papers focused on all aspects of sustainable structures and construction have been accepted for publication.
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Keywords
- base resistance
- bending performance
- bio-based materials and structures
- Building Information Modeling
- carbon emission
- clay
- climate analysis
- combined action
- composite beam
- compressive bearing capacity
- cone penetration test
- construction site of prefabricated buildings
- diagonally stiffened plates
- Digital twin
- dynamic characteristics
- elastic buckling coefficient
- energy optimization
- experimental validation
- History of engineering & technology
- influence depth
- light steel keel wall panel
- long-term monitoring data
- Machine learning
- material performance test
- mechanical response
- mega-latticed structure
- model selection
- MPC-NSGA-II algorithm
- multi-objective layout and optimization
- multi-scale model
- Numerical Simulation
- optimum design
- paper straw board
- pile foundation
- plant fiber concrete
- plastic development
- reliability analysis
- rural light steel frame structure
- rural prefabricated housing
- seismic performance
- Shapley additive explanations
- simulated annealing algorithm
- soft soil
- state evaluation
- straw bio-based material
- structural thermal bridges
- substructure
- super-large span
- Sustainable architecture
- sustainable construction
- sustainable structure
- sustainable structures
- Technology, engineering, agriculture
- Technology: general issues
- temperature control box—heat flux meter method
- temperature-induced stress
- theoretical analysis
- thermal conductivity
- thermal performance
- wheat straw strand board
Links
DOI: 10.3390/books978-3-0365-8249-8Editions