The 3rd World Conference on Architecture and Civil Engineering explores advancements and innovations in architecture, civil engineering, and sustainable construction practices, including earthquake-resistant techniques, green building materials, and smart infrastructure solutions.
Topics
- Civil Engineering
- Advanced Earthquake Resistant Techniques
- Advance Construction Techniques
- Bio Diesel
- Bamboo as a Building Material
- Carbon Fiber use in Constructions
- Canal Irrigation
- Cyclone Resistant Building Construction
- Condition Assessment of Railway Bridges
- Demolition of Buildings
- Defluorination of Ground Water
- Disaster Management
- Design of Efficient Surface Aerators for Waste Water Treatment
- Environmental Engineering
- Engineering Modelling of Earthquake Source
- Geotextiles
- Evacuation Patterns in High Rise Buildings
- Hazardous Waste Management
- Ground Improvement Techniques
- Highway Network Management
- High Rise Buildings
- Intelligent Bridges
- Hydrology
- Modern Air Pollution Control Technologies
- Low-cost Housing
- Noise Control of Buildings
- Nanotechnology in Civil Engineering
- Parking Problems
- Optimization of Water Resource Systems
- Rainwater Harvesting
- Pavement Design
- River Restoration
- River Mechanics
- Soil Nailing
- Seismic Site Characterization
- Solar Energy
- Solar Building
- Stress Ribbon Bridge
- Solid Waste Management
- Structured Irrigation Network
- Structural Dynamics
- Suspension Bridges
- Submerged Floating Tunnels
- Use of Remote Sensing for Irrigation Water Allotment
- Urban Design
- Water Resources Management
- Architecture
- Architectural Design and Theories
- Advanced Construction Materials
- Architecture and Building Materials
- Architectural Environment and Equipment Engineering
- Building Technology Science
- Art Design and Landscape Architecture
- Ecological Architecture
- Computers in Architecture
- History and Theories of Architecture
- Green Building Materials
- Traditional Construction Materials
- Sustainable Architecture
- Damage and Fracture Mechanics
- Continuum Damage Mechanics [CDM]
- Cementitious Interfaces
- Thermal Stress Intensity Factors
- Fatigue and Fracture Behavior of Plain Concrete
- Computational Mechanics and Modeling
- Finite Element Limit Analysis
- Diffused Double Layer parameters
- Granular soil Behavior and Liquefaction
- Geosynthetic Reinforced Soil Structures
- Ultimate Bearing Capacity
- Integrated Force Method (IFM)
- Foundation Engineering
- Interference Effect of Footings and Anchors
- Dynamic response of machine foundations
- Rock Mechanics
- Practical Equivalent Continuum Model
- Seismic Bearing Capacity of Foundations
- Rock Slopes
- Stress-Strain Behavior of Rock
- Seismic Earth Pressures
- Earthquake Engineering
- Inelastic Seismic Analysis
- Earthquake Load Modeling
- Seismic Hazard Estimation and Microzonation
- Pre and Post Liquefaction Behavior of Soils
- Seismic Site Characterization
- Seismic Response of Reinforced Soil Retaining Walls
- Structural Vibration Control
- Shock Table Studies for Earthquake Resistant Design
- Railway Bridges
- Reliability in Civil Engineering Systems
- Reliability Based Design of Foundations
- Spatial Variability of In-situ Soil
- Mechanics of Materials
- Burnt Clay Brick Masonry
- Bacterial Concrete
- Fiber Reinforced Concrete
- Creep and Shrinkage in Concrete Density
- High-performance Concrete
- Green Concrete
- Repair of Concrete Elements
- Lightweight Concrete
- Stabilized Rammed Earth Walls
- Stabilized Mud Block
- Transparent Concrete
- Transportation Engineering
- Automated Highway Systems
- Air Travel Demand Modeling
- Cell Filled Pavements
- Bridge Bearings & Stability
- Design Considerations for Roadside Safety
- Coal Pavements
- Exploring BRTS for Accident Reduction
- Development of Robotic Bridge
- Geo-textile in Transportation Applications
- Flexible Pavement
- Highway & Transportation Engineering
- High-speed Track
- Highway Failure & Their Maintenance
- Highway Alignment Optimization
- Instant Concrete Road Repair Solution
- Highway Network System
- Integrated Mass Transit Planning
- Integral Bridges an Innovative Concept
- Noiseless Pavements
- Intelligent Transport System (ITS)
- Pavement Microtextured Monitoring
- Pavement Design by Using Geotextile
- Plastic Roads
- Perpetual Pavement
- Road Safety and Mobility
- Polymer Composites in Bridge Rehabilitation
- Web-based Transit Passenger Information System
- Urban transport Strategy Development
Who should Attend
- Civil engineers, structural engineers, and construction professionals
- Architects, design consultants, and architectural firms
- Urban planners, construction managers, project manager, and construction industry executives
- Scholars and professors, undergraduate and graduate students
- Government officials and regulatory authorities
- Experts in real estate, infrastructure development, and building materials manufacturing
- Professional Associations and Organizations
- Sustainability advocates, individuals passionate about sustainable design, green buildings, and renewable energy solutions
