Civil and Energy Research aims to provide a high-level academic exchange platform for academic researchers, engineers and practitioners in the fields of civil engineering and energy around the world, and publish the latest scientific research results and technological advances. This journal pays special attention to the intersection and integration of civil engineering and energy, and welcomes original research, review articles, technical reports, case studies in related fields.

 

The topics include but are not limited to:
1. Civil Engineering
Structural Engineering:

structural design and analysis

new building materials

structural health monitoring

earthquake resistance and shock absorption technology

Geotechnical Engineering:

foundation treatment

tunnel and underground engineering

slope stability

soil improvement and application

Water and Environmental Engineering:

water resources management

flood and drainage systems

water treatment technology

coastal and port engineering

Transportation Engineering:

road and bridge design

traffic planning and management

intelligent transportation systems and infrastructure maintenance

Urban Planning and Infrastructure Construction:

urban sustainable development

smart city construction

underground space development and management

Architectural Environment and Sustainable Development:

green buildings

ecological city design

building energy-saving technology

renewable energy and building integrated

2. Energy
Renewable Energy Technology:

development and optimization of solar energy

wind energy

hydropower

biomass energy and other technologies

Energy Storage and Conversion:

advanced battery technology

hydrogen energy technology

energy storage system

energy conversion and utilization efficiency improvement.

Smart Grid and Energy System:

distributed energy

microgrid technology

smart grid optimization and energy dispatch

Energy Policy and Planning:

energy policy analysis

energy economics

energy market analysis and global energy security

 

Energy Materials:

photovoltaic materials

new energy storage materials

supercapacitors

development and application of new energy materials

3. Interdisciplinary fields of civil engineering and energy
Energy Infrastructure:

design, construction, operation and maintenance of facilities such as

wind farms

photovoltaic power stations

transmission lines

energy stations

Building Energy Conservation and Energy Efficiency:

low-energy buildings

zero-energy buildings

energy optimization solutions in smart buildings

Sustainable Cities and Energy Planning:

urban energy system design

integration of distributed energy and urban planning

green energy city cases

Carbon Emissions and Environmental Impacts:

carbon emission control in civil engineering and energy projects

carbon capture and storage technology environmental impact assessment

Climate Change Adaptability:

Research on the adaptability of energy facilities and infrastructure in the context of extreme weather and climate change.

Energy Recovery and Reuse:

Energy recovery and recycling technology of construction waste, and emerging energy reuse solutions.

4. Other related fields
Intelligent and Automated Technology:

application of artificial intelligence, Internet of Things, and big data in civil engineering and energy management.

Application of Emerging Technologies:

application of 3D printing buildings

drone technology

virtual reality and augmented reality in engineering projects

Multidisciplinary and Collaborative Research:

Interdisciplinary research in the field of civil and energy

international cooperation and global project experience sharing

5. Case studies and practical applications
Project Case Studies:

Sharing of successfully implemented civil and energy projects, including full-process experience from design to management.

Technology Application Examples:

Application and effect analysis of cutting-edge technologies in actual projects, revealing the practical results of innovative technologies.

 

Civil and Energy Research publishes the research that includes important academic thought and cutting-edge information, aiming to promote the technological progress and innovation in the fields of civil engineering and energy. These research results will not only help improve the safety, reliability and sustainability of infrastructure, but will also promote energy efficiency, system capacity and productivity, and promote sustainable development of society. The journal is committed to providing valuable knowledge and practical experience to academia and industry to help solve the global challenges of civil engineering and energy.