Civil Engineering Research Journal

The Civil Engineering Research Journal is an international, open-access online journal dedicated to publishing high-quality research in the field of civil engineering. The journal aims to serve as a global platform for the dissemination of innovative research, emerging technologies, and significant developments across various disciplines of civil engineering. CERJ is committed to bringing together scientific knowledge and practical applications from different areas of civil engineering worldwide. The journal seeks to bridge the gap between theory and practice, thereby contributing to the advancement of civil engineering sciences and professional practice. The journal provides researchers, scientists, engineers, and academicians with an opportunity to promote, share, and discuss new ideas, current challenges, and recent developments in the field. It publishes original, interdisciplinary, and peer-reviewed research papers covering both theoretical and applied aspects of civil engineering, with equal emphasis on all major topics within the discipline.

Submit Article at:

• civil@juniperpublishers.com; civil@juniperpublication.com

Classification:

• Structure Engineering
• Geotechnics
• Construction Engineering
• Engineering Mechanics
• Engineering Materials
• History of Civil Engineering
• Environmental Engineering
• Hydrotechnical Engineering
• Earthquakes
• Architectural Engineering
• Water resources
• Hydraulic and Hydraulic Structures
• Construction Management and Material
• Advances in Water Resources
• Analytic Methods in Accident Research
• Applies Ocean Research
• Archives of Civil and Mechanical Engineeringv
• Automation in Construction
• Building and Environment
• Case Studies in Construction Materials
• Case Studies in Fire Safety
• Case Studies in Structural Engineering
• Cement and Concrete Composites
• Cement and Concrete Research
• Coastal Engineering
• Composite Structures
• Construction and Building Materials
• Design Studies
• Computational Mechanics
• Physical and computational models in engineering
• Constructions Technology
• Fire engineering
• Information Technologies in Construction
• Physical properties of engineering materials
• Soil Mechanics
• Structural dynamics
• Structural integrity and reliability
• Structural Mechanics and Physics
• Structural optimization
• Wind engineering
• Assemblage and System
• Behavior of Structures
• Building Climate Systems
• Coastal Engineering
• Composite Materials
• Concrete Structures
• Construction Economics
• Earthquake Engineering
• Energy Efficient Building Technology
• Energy Saving Building Materials
• Energy Engineering
• High Performance Concrete
• Hydraulic Engineering
• Life Cycle Engineering
• Materials and Durability
• Materials Engineering
• Residential, Commercial, Industrial and Public Works
• Simulation Optimization and Risk Management
• Soil-Structure Interaction
• Structural Engineering
• Structural Reliability Analysis
• Sustainable Structures
• Transportation Engineering
• Ventilation and Indoor Air Quality
• Water Supply and Drainage
• Surveying