3rd World Conference on Architecture and Civil Engineering

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.

Key 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