Structural and Civil Engineering Research

Welcome Message

For the benefit of the 2018 Structural and Civil Engineering Research Conference Organizing Committee, we anticipate inviting you to Amsterdam, Netherlands. The world focused on the field of Civil and Structure Engineering, this is your most opportunity to accomplish the greatest gathering of individual from the overall advancement undertakings. With the members from around the globe focused on learning about recent and advanced Civil Engineering and its advances.

Coordinate shows, fitting information, meet with present and potential steel merchants, make a sprinkle with another item offering, and get name affirmation at this 2 days event. Unbelievably renowned speakers, the most recent techniques, systems, and the most current updates in Construction and Steel Structure fields are indications of this social occasion.

It will provide scope to student to meet and interact with international speakers and professors, CEOs. This meeting joins masters, researchers, analysts and understudies from all locales of Civil Engineering, Architectural, Structural Engineering, Mechanics and other related districts, steel affiliations, steel merchants, building and improvement specialists, Developers, Contractors, Interior Design, Consultancy, Building Material creators of national importance. The Organizing Committee ceaselessly attempts to make what we believe is a remarkable specialized program at an extraordinary esteem.

We believe you will present a theoretical displaying of your most recent research or undertaking victories, and that you will take full preferred standpoint of the specialized sessions exhibited by your associates who have as of now liberally volunteered their chance and ability. This is likewise your chance to interface with condition of-the-hone experts and to reconnect with your companions and associates. Set aside opportunity to survey the Advanced Program. You'll see that the 2018 Conference program will offer new and improved proficient tracks, board discourses, superb keynote speakers and arranged strolling visits, among different exercises.

Much thanks to you for taking an interest in the 2018 Structural and Civil Engineering Research Conference. We anticipate your introductions and comrade. We hope you to see in at Amsterdam.

About Conference

EuroSciCon warmly welcomes to all the experts in the field of Structural and Civil Engineering to attend its upcoming conference on Structural and Civil Engineering Research, to be held during October 1-2, 2018, Amsterdam, Netherlands. The Conference is based on the Theme - Advance Technologies in Structure & Civil Engineering. Civil Engineering 2018 Conference will make the perfect platform for global networking as it brings all together speakers, renowned speakers, business persons ,CEO’s , across the globe to most exciting and memorable event ,with interactive sessions, poster presentation, world class exhibition.  Advances in the field of Construction and Structures are one of the crucial factors in the economic powers of the developed countries and developing countries.

This is 2-days Meeting and you can participate in a number of educational formats including General Sessions, Poster Presentations, and Workshops/Symposium, Meet-the-Professor Sessions, Oral Presentations and other interactive and informal exchanges.

We hope you to see in Structural and Civil Engineering Research Conference 2018 at Amsterdam.

EuroScicon are corporate members of the following organisations

Royal Society of Biology

IBMS

British Society for Immunology

Rare Care UK

Opportunities for Conference Attendees

For Researchers & Faculty:

Speaker Presentations

Poster Display

Symposium hosting

Workshop organizing

For Universities, Associations & Societies:

Association Partnering

Collaboration proposals

Academic Partnering

Group Participation

For Students & Research Scholars:

Poster Competition (Winner will get Best Poster Award)

Young Researcher Forum (YRF Award to the best presenter)

Student Attendee

Group registrations

For Business Delegates:

Speaker Presentations

Symposium hosting

Book Launch event

Networking opportunities

Audience participation

For Companies:

Exhibitor and Vendor booths

Sponsorships opportunities

Product launch

Workshop organizing

Scientific Partnering

Marketing and Networking with clients

EuroSciCon organizes International Civil Engineering Meetings annually across Europe, Austria, Ireland, Germany, France, Liechtenstein, Lithuania, Finland, Luxembourg, Hungary, Italy, Norway, Poland, Denmark, Macedonia, Greece, Portugal, Romania, Czech Republic, Switzerland, United Kingdom, Belgium, Scotland, Latvia, Ukraine, Sweden, Denmark, Spain, Netherlands Russia, Bulgaria, France, with solitary subject of quickening logical revelations.

Topics:

Civil Engineering and Architecture

Building Technology and Construction Management

Steel Structures and Construction

Structural Analysis and Designing

Reinforced Concrete Structure

Remote Sensing and GIS

Geology in Civil Engineering

Environmental Engineering

Construction Automation and Robotics in Civil Engineering

Modular Constructions

Transportation Engineering

Watershed Hydrology

Designing of Special Structures

Cracks in Building

Footing

Tunnel Construction

Pavement Design

Water Resource Engineering

Earthquake Engineering and Disaster Management

Rock Mechanics

Computational Mechanics and Modelling

Soil Nailing

Geosynthesis

Geotechnical and Coastal engineering

Construction Market Research and Industry Analysis

Who should attend?

Engineers who are specialized  on the specific fields like Civil engineers, Structural Engineers, Mechanical Engineers (To Present Their case reports and to update their Knowledge at the conference), Civil industry professionals, Building services engineer, Building control surveyor, Environmental engineers who are related to that topics. Bridge Construction Industries, Renewable Energy Industries, Software Publishing Houses specializing in Construction Design software’s are the Potential Exhibitors for the Respective Conferences. Civil Engineering associations, Earthquake Engineering Research Institutes, Institutions of Civil Engineering Surveyors, Institutions of Transportation Engineers; Students and Delegates in related areas.

Why to attend??

With members from around the world focused on the field of Civil Engineering; this is your single best opportunity to reach the largest assemblage of participants from the global Civil Engineering Industries. Conduct demonstrations, distribute information, meet with current and potential civil traders, make a splash with a new product line, and receive name recognition at this 2-days event. World-renowned speakers, the most recent techniques, tactics, and the newest updates in Civil Engineering fields are hallmarks of this conference. Conference brings together experts, researchers, scholars and students from all areas of Civil Engineering, Architectural, Structural Engineering, Geo-Technical, Environmental  and other related areas, Civil associations, civil traders, building and construction professionals, Developers, Contractors, Interior Design, Consultancy, Building Material manufacturers.

About Amsterdam

Sessions and Tracks

Track 1: Civil Engineering and Architecture

Civil engineering is a professional engineering discipline that deals with the outline, development, and upkeep of the physical and normally constructed condition, including works like streets, spans, trenches, dams, airplane terminals, sewerage frameworks, pipelines and railways. Civil engineering is customarily broken into various sub-disciplines. It is the second-most established designing order after military engineering, and it is characterized to recognize non-military building from military engineering. Civil engineering happens in general society division from city through to national governments, and in the private part from singular property holders through to universal organizations.

Both Civil Engineering and Architecture are engaged with arranging and designing structures. Nonetheless, Architecture concentrates more on the spatial functionality and style of the improvement work and is more worried about the creativity, look, feel and functionality of the design, while Civil Engineering focuses on the basic components of the design, verifying that the structure can persevere through ordinary and extraordinary conditions. Despite the fact that Civil Engineers are associated with the design procedure, Architects play the lead part as far as the design of the structure. The Architect will start and make the design, including the shape, color and spaces of the improvement work then Civil Engineering experts will analyze it to discover approaches to influence the development to design conceivable. The civil specialist will be capable in finding appropriate materials, proposing adjustments and changes and assessing the auxiliary respectability to change the draftsman's vision into realization.

Track 2: Building Technology and Construction Management

Building technology examines the practices and specialized procedures utilized as a part of the construction of structural designing undertakings. It has slowly turned into an essential part of the construction business, as buildings have moved from being development of standard sorts to getting to be one-off models. Building execution prerequisites have turned out to be progressively demanding, and the quantity of materials and its providers has duplicated. Construction Management manages the conspiring, synchronizing, and building of a task from starting to conclusion. The essential procedure of construction has remained generally unaltered since the Middle Ages, however construction technology has changed fundamentally. The most punctual homes were worked of creature skins hung crosswise over sticks, or mud, straw, timber and stone, and were proposed simply to give protect. Early tries different things with concrete were presented by the old Romans, who blended lime and volcanic shake to manufacture a large number of their most celebrated structures.

Track 4: Structural Analysis and Designing

Structural analysis is an essential subject of structural designing that assesses the distinctive loads on structures, and their effects. It is an exact technique to learn the ability of the structures to withstand the normal loads, and help with planning the structures in like manner.

Structural analysis is done by an examination of the genuine structure, on a model of the structure made on some scale, and by the use of numerical models. Tests are directed on the genuine structure when creation is expected of comparable structures in expansive amounts, similar to edges of a specific auto, or when the test costs are satisfactory because of the noteworthiness of the assignment. At the point when components of the primary structures are to be inspected, at that point models are utilized for the estimation of the diverse burdens to be persevered. Most auxiliary investigations are directed on the scientific models, in which the model could be flexible or inelastic, powers might be static or dynamic, and the model of the structure may be two dimensional or three dimensional.

Structural analysis is an essential subject of structural designing that assesses the distinctive loads on structures, and their effects. It is an exact technique to learn the ability of the structures to withstand the normal loads, and help with planning the structures in like manner.

Track 5: Reinforced Concrete Structure

Reinforced Concrete is the concrete in which steel is inserted in such a way, to the point that the two materials act together in opposing powers. The reinforcing steel—bars, bars, or work—ingests the tractable, shear, and now and again the compressive stresses in a concrete structure. Plain concrete does not effectively withstand ductile and shear stresses caused by wind, tremors, vibrations, and different powers and are in this way inadmissible in most basic applications. In reinforced concrete, the rigidity of steel and the compressive quality of concrete cooperate to enable the part to manage these stresses over significant ranges. The innovation of reinforced concrete in the nineteenth century altered the development business, and concrete wound up one of the world's most normal building materials.

Track 6: Remote Sensing and GIS

A Geographic Information System (GIS) is a computer-based system for dissecting and plotting common occasions on earth. GIS innovation coordinates shared database tasks, for example, inquiry and factual examination, with maps. GIS controls area based information and offers apparatuses for show and investigation of various insights, populace attributes, financial improvement, and vegetation systems. Remote detecting is the investigation of utilization of sensors on aircrafts and satellites for making estimations of the earth. These sensors assemble information as pictures and gives undaunted capacities to breaking down, imagining and controlling those photos. Remote detected symbolism is brought together inside a GIS.

Track 7: Geology in Civil Engineering

Engineering geology is the utilization of the geology to engineering study to assure that the land factors with respect to the area, plan, development, task and support of engineering works are perceived and represented. Engineering geologists give land and geotechnical suggestions, investigation, and configuration related with human improvement and different sorts of structures. The domain of the engineering geologist is basically in the region of earth-structure cooperations, or examination of how the earth or earth forms affect human made structures and human exercises.

Track 8: Environmental Engineering

Environmental Engineering is the branch of engineering that is worried about shielding individuals from the impacts of unfavorable environmental impacts, for example, contamination, and additionally enhancing environmental quality. Environmental specialists work to enhance reusing, squander transfer, general wellbeing, and water and air contamination control.

Track 9: Construction Automation and Robotics in Civil Engineering

Applications of automation and robotics are stated as part of the answer to enhance productivity, quality, working conditions, and skilled labor shortages within the construction industry. One potential area of significance is that of infrastructure rehabilitation. Construction phase is one of the essential factors of civil engineering structures. The achievement of a challenge depends on how well the construction phase is executed. Efficient and economical construction is particularly essential due to the increasing complexity of systems being built, the supply of improved materials and construction gadget. Typically in production field, robots are stationary and product actions alongside the assembly line. Automation is simpler to include because every product is equal with respective obligations performed over and over.

There is a need to develop a robotic system for full-scale experimentation for realistic assessment of automation in the construction industry.

Some aspects of robotization and automation to demonstrate the applicability of robotics in construction industry are:

• Automation and robotics in construction sector and precast concrete industry
• Automation and robotics in prefabrication of masonry and on site masonry construction
• Automation and robotics in timber construction
• Automation and robotics in the production of steel components
• Automation and Robotics in Surveying Processes
• Risk and Safety Analysis and Education in Construction
• Innovation Management in Sustainable Construction
• Automation in Construction Quality Control
• Interface Management and Data Exchange in Construction

Track 10: Modular Constructions

Modular Construction is a term used to portray the utilization of processing plant created pre-designed building units that are conveyed to site and collected as huge volumetric parts or as generous components of a building. The modular units may frame finish rooms, parts of rooms, or separate very adjusted units, for example, toilets or lifts. The accumulation of discrete modular units more often than not shapes a self-supporting structure in its own particular right or, for tall structures, may depend on an autonomous basic system.

The main sectors of application of modular construction are:

• Private housing
• Social housing
• Apartments and mixed use buildings
• Educational sector and student residences
• Key worker accommodation and sheltered housing
• Public sector buildings, such as prisons and MoD buildings
• Health sector buildings
• Hotels

Track 11: Transportation Engineering

Transportation Engineering is the use of scientific principles and advances to the planning, design, analysis, operation, and management of transportation frameworks for a full scope of methods of transportation, e.g. thruway, urban travel, air, rail and water, so as to accommodate the development of individuals and merchandise starting with one place then onto the next in a protected and effective way. As a sub-train of Civil Engineering, this claim to fame is composed around society's have to give a satisfactory transportation foundation and includes wide connection with different controls. We require a wide scope of consistently advancing, huge scale transport foundation, including street, rail, air and water. Transport engineers evaluate and advance our versatility framework systems to meet travel and cargo demands, while guaranteeing wellbeing, value and manageability, at negligible levels of blockage and cost.

The principle advantage of metal fabrication shops is the centralization of these numerous procedures that are frequently required to be performed in parallel by means of an accumulation of sellers. A one-stop metal fabrication shop enables contractual workers to restrain their need to work with various sellers to finish muddled undertakings.

Track 17: Tunnel Construction

Tunnels are dug in sorts of materials fluctuating from delicate mud to hard shake. The technique for burrow development relies upon such factors as the ground conditions, the ground water conditions, the length and distance across of the passage drive, the profundity of the passage, the coordination of supporting the passage removal, the last utilize and state of the passage and proper hazard administration.

There are three fundamental kinds of tunnel construction in common use:

• Cut-and-cover tunnel (constructed in a shallow trench and then covered over)
• Bored tunnel, constructed in situ, without removing the ground above. They are usually of circular or horseshoe cross-section.
• Immersed tube tunnel, sunk into a body of water and laid on or buried just under its bed.

Track 18: Pavement Design

The Pavements can be characterized in view of the basic execution into two, flexible pavements and rigid pavements. In flexible pavements, wheel loads are exchanged by grain-to-grain contact of the total through the granular structure. On the contrary, in rigid pavements, wheel loads are exchanged to sub-level soil by flexural quality of the asphalt and the asphalt demonstrations like a rigid plate (e.g. bond solid streets). Notwithstanding these, composite pavements are likewise accessible. A thin layer of flexible asphalt over rigid asphalt is perfect asphalt with most alluring qualities. In any case, such pavements are once in a while utilized as a part of new development as a result of high cost and complex investigation required.

Track 19: Water Resource Engineering

Water Resources engineering is the quantitative investigation of the hydrologic cycle - the conveyance and flow of water connecting the world's environment, land and seas. Surface spillover is estimated as the contrast amongst precipitation and reflections, for example, penetration (which recharges groundwater stream), surface stockpiling and dissipation. Applications incorporate the administration of the urban water supply, the plan of urban tempest sewer frameworks, and flood forecasting.

Applications incorporate the outline of pressure driven structures, for example, sewage courses, dams and breakwaters, the administration of waterways, for example, disintegration assurance and flood insurance, and ecological administration, for example, forecast of the blending and transport of contaminations in surface water.

Track 20: Earthquake Engineering and Disaster Management

Earthquake engineering is a logical field in charge of ensuring society, the customary environment, and the man-made condition from shakes by compelling the seismic peril to socio-financially palatable levels. Disaster management is the association and administration of properties and obligations with respect to dealing with each and every piece of emergencies, particularly status, response and recovery to reduce the impact of calamities. Any disaster can meddle with essential administrations, for instance, medicinal administrations, control, water, sewage, evacuation and transportation. The impedance can really impact the prosperity, social and financial systems of neighborhood gatherings and countries. Disasters negatively affect people long after the incite affect has been confronted. Cockeyed disaster management systems can have a basic negative impact on the setbacks and additionally on patrons.

Track 21: Rock Mechanics

Rock Mechanics covers the experimental and theoretical parts of rock mechanics, including research centres and field testing, techniques for calculation and field perception of basic conduct. The diary keeps up the solid connection between designing topography and rock building, giving a scaffold between crucial advancements and common sense application. Scope incorporates case histories on outline and development of structures in rock, for example, underground openings, extensive dam establishments and rock slants.

Fields of premium incorporate rock mechanics in all its changed angles including research centres testing, field examinations, computational strategies and outline standards. The diary additionally gives an account of utilizations in burrowing, rock inclines, vast dam establishments, mining, building and designing geography.

Track 22: Computational Mechanics and modelling

Computational mechanics is a continuously developing field with influence on both science and industry in each part of engineering. It is in charge of dealing with mechanical issues on the introduction of numerical gauge systems, including discretization of the concealed conditions in both space and time. It draws on the requests of material science, mechanics, arithmetic and software engineering, and incorporates applying numerical methods to various issues in science and designing. The general degree of work in computational mechanics incorporates focal examinations of multiscale wonders and methods in structural designing, from kilometer-scale issues to an impressively better scale up to and including the nano-scale.

Current research in computational mechanics dealing with kilometer-scale issues incorporates numerical simulation of folding and fracturing of sedimentary rock strata utilizing combined elastoplastic-damage continuum hypothesis alongside upgraded limited component (FE) techniques for shear localization analysis, and in addition simulation of regional scale earthquake fault nucleation and engendering utilizing a limited deformation stick-slip law with a variable coefficient of friction.

Track 23: Soil Nailing

Soil Nailing is a method used to fortify and reinforce existing ground. Soil nailing comprises of introducing firmly dispersed bars into an incline or removal as development continues from top down. It is a development medicinal measure to treat precarious common soil inclines or as a development method that permits the safe over-steepening of new or existing soil slants.

Track 24: Geosynthesis

Geosynthetics are manufactured items used to balance out terrains. They are by and large polymeric items used to take care of structural designing issues. This incorporates eight principle item classifications: geotextiles, geogrids, geonets, geomembranes, geosynthetic clay liners, geofoam, geocells and geocomposites. The polymeric idea of the items makes them reasonable for use in the ground where elevated amounts of sturdiness are required. They can likewise be utilized as a part of uncovered applications. Geosynthetics are accessible in an extensive variety of structures and materials. These items have an extensive variety of uses and are as of now utilized as a part of numerous common, geotechnical, transportation, geoenvironmental, pressure driven, and private improvement applications including streets, runways, railways, dikes, holding structures, supplies, waterways, dams, disintegration control, residue control, landfill liners, landfill covers, mining, aquaculture and farming.

Track 25: Geotechnical and Coastal Engineering

Geotechnical engineering is the branch of structural outlining worried about the building behavior of earth materials. Geotechnical outlining is essential in structural building, yet also has applications in military, mining, oil and other planning controls that are stressed over development occurring at first look or inside the ground. Geotechnical building uses gauges of soil mechanics and rock mechanics to inquire about subsurface conditions and materials; choose the noteworthy physical/mechanical and compound properties of these materials; evaluate dauntlessness of regular inclinations and man-made soil stores; review risks posed by site conditions; plot earthworks and structure foundations; and screen site conditions, earthwork and foundation construction.

Coastal engineering is a division of structural engineering in charge of the association, origination, development and safeguarding of takes a shot at the shoreline. The goals of these undertakings involve management of shoreline disintegration; change of route channels and harbors; insurance against flooding expedited by tempests, tides and even seismically activated waves (tsunamis); change of coastal entertainment; and management of contamination in close-by marine situations. Coastal engineering regularly incorporates the development of structures, notwithstanding the transportation and likely adjustment of shoreline sand alongside other coastal dregs.

Track 26: Construction Market Research and Industry Analysis

Construction, in the sense of architectural and civil engineering, is the building of real property. It is a standout amongst the most important stages of the way toward creating buildings. This service is important for infrastructure and building projects, consisting of three project services, which also include logistics and engineering. One or all three of these services can be given by an EPC contractor to a whole project or only a particular aspect of one. Other than contractors, other gatherings of professionals can meet up to perform construction work, including project managers, construction engineers, design engineers, project architects, logistics professionals, construction managers, plumbers, surveyors, electricians, laborers and skilled workers.

In order to finish a construction project, a range of factors have to be considered, including budgeting, logistics, safety of the construction site, building materials, public inconvenience, environmental impact and scheduling. Other factors that ought to be considered are financial, design and legal issues, especially since there's always the likelihood of a negative result during a construction project, for example, structural collapse and cost overruns. Construction of buildings can be done as a public or private endeavor. Either way, it requires choosing a construction gathering or firm. The procedure consists of determining construction management-at-risk, hard offer, design and assemble, management contracting, design-manufacture bridging and negotiated cost. To help make a financial plan for construction projects, it's basic for cost engineers, accountants and mortgage bankers to be a part of a construction team or endeavor.

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Civil Engineering Universities in Europe

Kingston University, England|University of Manchester, England|University of Aberdeen School of Engineering, Scotland|Anglia Ruskin University, England|University of Birmingham, England|University of Brighton, England|Brunel University London, England|Coventry University, England|University of Edinburgh, Scotland|Hanze University of Applied Sciences, Groningen, The Netherlands|Heriot-Watt University, Scotland|Lancaster University, England|Swansea University, Wales|University of Westminster, London|Aalborg University, Denmark|Antalya International University, Turkey|University of Bologna, Italy|Brno University of Technology, Czech Republic|Cork Institute of Technology, Republic of Ireland|Dresden University of Technology (TUD), Germany|Trinity College Dublin, Republic of Ireland|Ecole Centrale De Nantes, France|Helsinki Metropolia University of Applied Sciences, Finland|University of Liège, Belgium|University of Maribor, Slovenia|Norwegian University of Science and Technology (NTNU), Norway

Civil Engineering Universities in USA

Massachusetts Institute of Technology (MIT), United States|Virginia Tech, Blacksburg|Stanford University, Stanford|University of Texas, Austin|Georgia Institute of Technology, Atlanta|University of California, Berkeley|University of Illinois- Urbana-Champaign, Urbana|Purdue University- West Lafayette|Carnegie Mellon University, Pittsburgh|Cornell University, Ithaca|Eastern Michigan University, Ypsilanti, USA|Bowling Green State University, Bowling Green, USA|University of New Mexico, Albuquerque, USA|Massachusetts Institute of Technology, Cambridge, USA|Stanford University, Stanford, USA|California State University Los Angeles Campus, Los Angeles|New York University, New York, USA|Texas A & M University, College Station, USA|The University of Texas at Arlington, Arlington, USA|University of California (Los Angeles Campus), Los Angeles, USA|University of California (Berkeley Campus), Berkeley, USA|Purdue University, West Lafayette, USA|California Institute of Technology, Pasadena, USA|Georgia Institute of Technology , Atlanta, USA|California State University Long Beach, Los Angeles, USA|Northeastern University , Boston, USA|Texas A&M University–Kingsville, Kingsville, USA|New Jersey Institute of Technology, Newark, USA

Civil Engineering Universities in Asia

The University of Tokyo, Japan|National University of Singapore (NUS), Singapore|Tsinghua University, China|Kyoto University, Japan|Tokyo Institute of Technology, Japan|KAIST – Korea Advanced Institute of Science and Technology, South Korea|Nanyang Technological University (NTU), Singapore|The Hong Kong University of Science and Technology (HKUST), Hong Kong|Seoul National University (SNU), South Korea|Shanghai Jiao Tong University, China|Peking University, China|National Taiwan University (NTU), Taiwan|University of Hong Kong (HKU), Hong Kong|Tohoku University, Japan|Osaka University, Japan|Indian Institute of Technology Bombay (IITB), India|Indian Institute of Technology Delhi (IITD), India|Zhejiang University, China|Indian Institute of Technology Madras (IITM), India|The Chinese University of Hong Kong (CUHK), Hong Kong|Pohang University of Science and Technology (POSTECH), South Korea|Indian Institute of Technology Kanpur (IITK), India|University of Science and Technology of China, China|The Hong Kong Polytechnic University, Hong Kong|Indian Institute of Science, India|National Tsing Hua University, Taiwan|Nagoya University, Japan|Harbin Institute of Technology, China|Indian Institute of Technology Kharagpur (IITKGP), India|Korea University, South Korea|Indian Institute of Technology Roorkee (IITR), India

Top Companies Associated with Civil Engineering

• LEIGHTON
• STRABAG
• SNC-Lavalin
• HOCHTIEF
• TAISEI Corporation
• Murray & Roberts
• AECOM Technology Corp., Los Angeles
• Jacobs Engineering Group
• URS Corporation
• HDR, Inc.
• AECOM Technology Corporation

Major Societies and Associations around the Globe

• American Society of Civil Engineers (ASCE)
• American Society of Civil Engineers (ASCE)
• Institution of Civil Engineers
• The Institution of Civil Engineering Surveyors
• Institution of Engineers of Ireland
• Institute of Transportation Engineers
• Transportation Research Board
• European Association for Structural Dynamics
• American Association of Engineering Societies

Target Audience

• Civil Engineers
• Structural Engineers
• Civil Industry Professionals
• Building Services Engineer
• Building Control Surveyor
• Environmental Engineers
• Bridge Construction Industries
• Renewable Energy Industries
• Earthquake Engineering Research Institutes
• Institutions of Civil Engineering Surveyor

Software used in Civil Engineering

• Building Information Modeling
• AutoCAD Civil 3D
• SAP 2000
• Project management software
• HEC-RAS
• Micro Station
• ETABS

Related Conferences

• World  Congress on Construction and Steel Structure | November 16-18, 2015 Dubai, UAE
• Sustainable Civil Engineering | June 23-25, 2016 Cape Town, South Africa
• 2nd Global Geologists Annual Meeting | July 21-22, 2016 Brisbane, Australia
• International Conference on Recent Researches in Engineering, Science and Technology Salem, India
• IASTEM - The 2nd International Conference on Civil and Architectural Engineering(ICCAE) Singapore, Singapore
• 3rd International Conference on Rehabilitation and Maintenance in Civil Engineering Solo, Indonesia
• 3rd International Conference on Civil and Environmental Engineering (I2C2E) Berlin, Germany
• International Summit on Conventional and Sustainable Energies | March 30-31, 2018 | Orlando, USA
• 4th International Conference and Business Expo on Wireless, Telecommunication & IoT | May 28-29, 2018 | London, UK
• International Summit and Expo on Optical Fibre Communications | May 30-31 2018 | Auckland, Newzealand
• 9th Euro Biosensors & Bioelectronics Congress | September 13-14, 2018 | London, UK
• 2nd World Congress on Wind & Renewable Energy | June 14-15, 2018 | London, UK

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Keywords

Recycled aggregates; Construction and demolition waste; Thermal performance; Thermal conductivity; Nanofiltration; Tight ultrafiltration; Concentration Polarization; Fouling; Natural organic matter; Shredded EPDM rubber; Roof membrane; Lightweight fill; Retaining wall backfill; Strain transfer analysis; Clamped fiber Bragg grating (FBG) sensor; Shear-lag theory; Gauge ratio; Interlayer thickness; Strain transfer analysis; Shear-lag theory; Gauge Ratio; Interlayer thickness; System Engineering; Project governance; Quality assurance; Civil protection; Emergency management; Augmented reality; Crowd-mapping; Social networks; Sensor networks; Geomatics; Hydrogeology; Concrete sleeper; Crosstie; Design standard; Holes; Web opening; Railway infrastructure; Static performance; CFD modeling; Physical modeling; Wave forces; Wave pressures; Combined Sewer Overflow pollution; Deep Tunnel Engineering; DongHaoChong basin; Flood disaster; SWMM model; Tomography; Honeycomb; Pre-stressed concrete (PC); Imaging algorithm; Ray tracing; Wave propagation; Stormwater management; Green roof; Rainfall-runoff; Retention; Inter-event time; RC plate strengthening; CFRP strips; Prestressing; Mechanical anchorage; Gradient anchorage; Static loading tests; Cross-section analysis; Numerical Simulations; Biomass; Wood ash; Sugarcane bagasse ash; Characterization; Disaster Risk Management; Geographic information systems; Remote Sensing;Volunteered Geographic Information; Crowdsourcing; Critical infrastructure; Crisis mapping; Civil protection; Hot-melt polyamide; Heat treatment; Self-repairing; Hot-melt polyamide (HMP)/cement composite system; Physical adhesion; Self-compacting concrete (SCC); Conventional vibrated concrete (CC); Durability; Best management practices; Biosolids; Manure; Contamination of ground and surface waters; Microbial source tracking; Microorganisms; Pathogens; Risk assessment; Rural systems; Waterborne diseases; Water quality; Acceleration measurement; MEMS sensor; Prototype; Structural health monitoring; Vibration measurement; Voltage to frequency conversion; Wireless accelerometer; Pavements; Functionality enhancement of industrialized optical fiber sensors; Self-healing network system; Full-scale monitoring; Fatigue; Structural health monitoring (SHM); Rain-flow counting method; Data tracking of tree rings; Digital Signal Processing (DSP); Wireless sensor; PVDF; Wave Energy Converters; Wave energy; Wave basin experiments; WEC arrays/farms/parks; Point absorber; DHI shallow water wave Basin; Wave energy converter; Overtopping; SSG; Model tests; Human health; Pharmaceuticals; Mixture Toxicity; Risk Assessment; Uncertainty; Engineering Education; Interrelationships between people; Resources; Environment and development; Hands-on projects; Humanitarian development