Call for Abstract

International Conference on Sustainable Civil Engineering, will be organized around the theme “Innovations in Sustainable Civil Engineering and Architecture”

Civil Engineering 2016 is comprised of 14 tracks and 118 sessions designed to offer comprehensive sessions that address current issues in Civil Engineering 2016.

Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.

Register now for the conference by choosing an appropriate package suitable to you.

Civil engineers design and supervise the development of the infrastructure that is important to daily life. aiding the civil engineer in this task are the technologists who use drafting and design tools to carry the engineer's thoughts to fruition. From workplace buildings and airports to sewage vegetation and transportation systems, civil engineers and their era teams have a hand in constructing it all.

  • Track 1-1Design For Climate Change
  • Track 1-2Design For Minimizing And Using Construction Waste
  • Track 1-3Design And Technologies For Energy Efficiency And Conservation
  • Track 1-4Design For Flexibility
  • Track 1-5Design For Security And Sustainability
  • Track 1-6Life cycle for Civil Engineering systems
  • Track 1-7Innovation and Optimization in Structural Design
  • Track 1-8Data Modeling, Management and Mining
Civil engineers are frequently liable for specifying, designing and production the substances with which they construct their systems. studies in creation materials are intended to make structural, transportation and foundation engineers privy to the essential properties of the substances they use.
It includes traditional construction materials, advanced construction materials, architecture and constructing substances, inexperienced constructing materials and technology, Advances in Cement primarily based materials, Sustainable assets and materials Use, material exceptional and manipulate, neighborhood and Recycled substances, smart Sustainable materials, Concrete technology, Geo-polymer composite materials
  • Track 2-1Nanotechnology in Civil Engineering
  • Track 2-2Traditional Construction Materials
  • Track 2-3Advanced Construction Materials
  • Track 2-4Architecture and Building Materials
  • Track 2-5Green Building Materials and Technologies
  • Track 2-6Advances in Cement based materials
  • Track 2-7Sustainable Resources And Materials Use
  • Track 2-8Material Quality and Control
  • Track 2-9Local and Recycled Materials
  • Track 2-10Smart & Sustainable Materials
  • Track 2-11Concrete Technology
  • Track 2-12Geopolymer composite materials
Many software applications are available for every area of civil engineering. maximum civil engineers practice in specialized subsets of civil engineering, along with geotechnical engineering,structural engineering, transportation engineering, hydraulic engineering, environmental engineering, task and creation control and land surveying.
It consists of computer-Aided Civil and Structural design and analysis, computer systems In structure, automated techniques in creation, 4D/5D/nD Modeling, Visualization and Simulation, high performance and smart building Simulation and analysis, layout Integration, intelligent area Inspection
  • Track 3-1Advances in Civil Engineering Softwares
  • Track 3-2Computer-Aided Civil and Structural Design
  • Track 3-3Computers In Architecture
  • Track 3-4Automated Approaches in Construction
  • Track 3-54D/5D/nD Modeling, Visualization and Simulation
  • Track 3-6High Performance and Smart Building Simulation and Analysis
  • Track 3-7Design Integration
  • Track 3-8Intelligent Field Inspection

Sustainable assets And materials, Sustainable management Of current constructing stock, Sustainable improvement Of constructing strength And environment, Sustainable structure, city Regeneration And Sustainable improvement, Sustainable production management, Sustainable Infrastructure improvement & planning, Sustainable Transportation making plans and management, Sustainable Water sources and control

  • Track 4-1Sustainable Resources And Materials
  • Track 4-2Sustainable Management Of Existing Building Stock
  • Track 4-3Sustainable Development Of Building Energy And Environment
  • Track 4-4Sustainable Architecture
  • Track 4-5Urban Regeneration And Sustainable Development
  • Track 4-6Sustainable Construction Management
  • Track 4-7Sustainable Infrastructure Development & Planning
  • Track 4-8Sustainable Transportation Planning and management
  • Track 4-9Sustainable Water Resources and Management

Structural engineering is concerned with the structural design and structural analysis. design concerns will encompass energy, stiffness, and stability of the shape whilst subjected to masses which can be static, along with fixtures or self-weight, or dynamic, which includes wind, seismic, crowd or automobile hundreds, or transitory, inclusive of temporary creation loads or impact. different considerations consist of fee, constructability, safety, aesthetics and sustainability.

  • Track 5-1Building Structures
  • Track 5-2Concrete and Steel Structures
  • Track 5-3Structural Health Monitoring and Sustainability
  • Track 5-4Reliability and Durability of Structures
  • Track 5-5Structural Performance on Extreme Loads and Environment
  • Track 5-6Design and optimization for life-cycle structural performance
  • Track 5-7Service Life Evaluation and Extension
  • Track 5-8OffShore Structures

Geo-technical engineering studies rock and soil supporting civil engineering structures. understanding from the sector of soil technology, materials technology, mechanics, and hydraulics is applied to soundly and economically design foundations, maintaining walls, and other structures. It includes these sub tracks Soil - shape interplay, Earth - preserving systems, Geotechnical risk evaluation and control, Seismic & Geo-hazards, Underground production and tunneling, floor improvement and geo-synthetics and Foundations.

  • Track 6-1Soil - Structure Interaction
  • Track 6-2Earth - Retaining Structures
  • Track 6-3Geotechnical risk assessment and management
  • Track 6-4Seismic & Geo-Hazards
  • Track 6-5Underground construction and tunneling
  • Track 6-6Ground Improvement and geo-synthetics
  • Track 6-7Foundations
Tunnels are dug in types of materials varying from soft clay to hard rock. The method of tunnel construction depends on such factors as the ground conditions, the ground water conditions, the length and diameter of the tunnel drive, the depth of the tunnel, the logistics of supporting the tunnel excavation, the final use and shape of the tunnel and appropriate risk management.
  • Track 7-1Hard Rock Tunneling
  • Track 7-2High Stress Tunneling
  • Track 7-3Soft Ground Tunneling
  • Track 7-4Microtunneling
  • Track 7-5Instrumentation and Monitoring
  • Track 7-6SEM Tunneling

This area of Civil Engineering pertains to the prediction and control of both the best and the amount of water in each underground (aquifers) and above ground (lakes, rivers, and streams) sources. It consists of those sub tracks Hydrology and water sources, Flood and drought management, Irrigation and water conservancy, Environmental Hydraulics, Hydraulic Concrete structures, Water Conservancy Survey, Hydraulic Engineering production, Hydraulic machinery, applied Hydraulic Transients

  • Track 8-1Hydrology and water resources
  • Track 8-2Flood and drought management
  • Track 8-3Irrigation and water conservancy
  • Track 8-4Environmental Hydraulics
  • Track 8-5Hydraulic Concrete Structures
  • Track 8-6Water Conservancy Survey
  • Track 8-7Hydraulic Engineering Construction
  • Track 8-8Hydraulic Machinery
  • Track 8-9Applied Hydraulic Transients

A bridge is a shape constructed to span bodily boundaries including a body of water, valley, or street, for the reason of supplying passage over the impediment. It consists of these sub tracks expanded Bridge creation, Bridge renovation, creation strategies & planning, styles of Bridges, Earthquake and unintended Loadings, Prediction of future traffic demands, safety and Serviceability, harm identity and Non-destructive checking out

  • Track 9-1Accelerated Bridge Construction
  • Track 9-2Bridge Maintenance
  • Track 9-3Construction Techniques & Planning
  • Track 9-4 Types of Bridges
  • Track 9-5Earthquake and Accidental Loadings
  • Track 9-6Prediction of Future Traffic Demands
  • Track 9-7Safety and Serviceability
  • Track 9-8Damage Identification
  • Track 9-9Non-destructive Testing

Transportation engineering is worried with transferring people and goods successfully, safely, and in a way conducive to a colourful network. This involves specifying, designing, constructing, and retaining transportation infrastructure which incorporates streets, canals, highways, rail systems, airports, ports, and mass transit.

  • Track 10-1Roads and Railway Engineering
  • Track 10-2Transportation Planning
  • Track 10-3Civil Construction and Operation
  • Track 10-4Modern Logistics Systems and Supply Chain
  • Track 10-5Automotive Engineering and Other Vehicle Tools
  • Track 10-6Intelligent Transportation Theory and Application
  • Track 10-7Transportation Control and Information Technology
  • Track 10-8Traffic and Pavement Engineering

Architectural engineering, also known as building engineering, is the utility of engineering principles and technology to building design and creation. It consists of those sub tracks Architectural layout and Theories, Architectural environment & gadget Engineering, structure and building substances, artwork layout and landscape structure, constructing electricity Saving generation, constructing era technology, creation and Renewable energy assets, Ecological structure and shrewd control, power Conservation and system, green construction and Environmental safety, records and Theories of structure, panorama making plans and design and urban planning and layout

  • Track 11-1Architectural Design and Theories
  • Track 11-2Architectural Environment & Equipment Engineering
  • Track 11-3Art Design and Landscape Architecture
  • Track 11-4Building Energy Saving Technology
  • Track 11-5Building Technology Science
  • Track 11-6Construction and Renewable Energy Sources
  • Track 11-7Ecological Architecture and Intelligent Control
  • Track 11-8Energy Conservation and Equipment
  • Track 11-9Green Construction and Environmental Protection
  • Track 11-10Landscape Planning and Design
  • Track 11-11Urban Planning and Design

Surveying is the system by using which a surveyor measures certain dimensions that occur on or near the surface of the Earth. It includes those sub tracks Geodetic Surveying, Photographic Surveying, GPS surveying and laser scanning, Hydrographic Surveying, plane table Surveying, mistakes in Surveying & Levelling, Mining and Cadastral Surveying.

  • Track 12-1Geodetic Surveying
  • Track 12-2Photographic Surveying
  • Track 12-3GPS Surveying and Laser Scanning
  • Track 12-4Hydrographic Surveying
  • Track 12-5Plane Table Surveying
  • Track 12-6Errors in Surveying & Levelling
  • Track 12-7Cadastral Surveying
  • Track 12-8Mining Surveying

Coastal engineering is concerned with coping with coastal regions. In some jurisdictions, the phrases sea defense and coastal protection mean defense towards flooding and erosion, respectively. The time period coastal defense is the more traditional term, but coastal management has become more popular as the field has accelerated to techniques that allow erosion to claim land

  • Track 13-1Wind Turbine Construction and Management
  • Track 13-2Coastal Hydrodynamics and Morphology
  • Track 13-3Civil and Offshore Engineering
  • Track 13-4Sustainable Coastal Structures
  • Track 13-5Natural Hazards and Risk Management
  • Track 13-6Coastal Infrastructure Developments
  • Track 13-7Ecological Restoration
  • Track 13-8Conservation and Sustainable Use of Natural Resources
Environmental engineering is the integration of sciences and engineering ideas to improve the natural environment, to offer healthy water, air, and land for human habitation and for different organisms, and to easy up pollution web sites.Environmental engineering can also be described as a branch of carried out technology and generation that addresses the issue of strength protection, production asset and manipulate of waste from human and animal activities. furthermore, it's miles concerned with finding workable answers within the discipline of public health, including waterborne diseases, implementing legal guidelines which sell ok sanitation in city, rural and recreational regions. It includes waste water control and air pollutants manipulate, recycling, waste disposal, radiation safety, business hygiene, environmental sustainability, and public fitness troubles in addition to a understanding of environmental engineering law. it is usually research on the environmental impact of proposed construction tasks.
  • Track 14-1Environmental Science and Technology
  • Track 14-2Environmental Dynamics
  • Track 14-3Environmental sustainability
  • Track 14-4Solid Waste Management
  • Track 14-5Water Resources Engineering
  • Track 14-6Applied Computer Vision for Civil and Environmental Engineering
  • Track 14-7Environmental Exposure and Risk Analysis