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Bio ? Engineering Techniques For Erosion Control In Slopes(19)
Pavement Design By Using Geotextile
Engineering Aspects Of Reinforced Soil
Seismic Isolation Devices(20)
Pile-Soil Situation
Mobile Inspection Platform
Rehabilitation And Repairs Of Corrosion Distressed Structures By Composite Fibre Wrapping And Electrochemical Techniques(21)
Passive Solar Buildings
Activated Flyash As A Binder In Pavement
Feng Shui And Vaastu Shast ....etc

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Non-Linear Analysis and Design of Perforated Thin-walled Steel Strutures

Introduction
Perforated thin-walled steel structures are widely used, however, current design guidelines for them are limited to very few specific cases.
The seminar will try to describe a proposed method to develop new design guidelines for this kind of structures by using the Direct Strength Method (DSM) which is a fast and easy design method for cold-formed steel structures, with great potential for complex and optimized cross sections.

Based on the recently de ....etc

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Bio ? Engineering Techniques For Erosion Control In Slope
Construction Challenges For Bridges In Hilly Area
Natural Fibres In Concrete
Fatigue Behaviour Of Steel Fibre Reinforced Concrete Beams
Continuously Reinforced Concrete Pavement
Mineral Admixtures For High Performance Concrete
Restoration Of Monuments
Construction Safety Management
Seismic Isolation Devices
Use Of Polymer Composites In Bridge Rehabili ....etc

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Study and Modeling of the Mechanical Behavior of Hexagonal Metals

Introduction
Hexagonal close-packed (hcp) metals deform plastically by a variety of slip and twinning modes. The relative contribution of these mechanisms depends strongly on the material studied and the conditions, such as temperature, under which the deformation is performed. This work further elucidates the complicated competition and interactions between twinning and slip deformation modes for two hcp materials, namely zirconium and magnesium. The model presented here to ....etc

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Evacuation Patterns In High Rise Buildings(11)
Self Compacting Concrete (Scc)
Rain water Diversion
Superplasticisers For Ready Mix Concrete Plants(12)
CFST Columns
Hazardous Waste Disposal
Mobile Inspection Platform(13)
Recycling Of Waste water
Biomimicry
Engineering Aspects Of Reinforced Soil(14)
Reservoir Induced Seismcity
Interlinking of Indian Rivers -Challenges and Prospects
Seismic Behavior Of Is ....etc

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Corrosion Of Reinforcement In Hvfa Concrete

Introduction
Corrosion of reinforcements has been one of the major challenges that the civil engineers have been facing. Corrosion leads to the formation of rust which results in the spalling of concrete which in turn leads to the exposure of rebars to the aggressive environment. This will accelerate the ill effects and ultimately leads to the break down of the structure. Corrosion mainly occurs in areas of aggressive environment such as coastal regions. It is very important that corrosion of rein ....etc

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Seismic Behavior Of Isolated Bridges

Introduction
Bridges are lifeline structures. They act, as an important page link in surface transportation network and failure of bridges during a seismic event will seriously hamper the relief and rehabilitation work. There are many cases of damage of bridges in the past earthquakes all over the world. Due to their structural simplicity, bridges are particularly vulnerable to damage and even collapse when subjected to earthquakes. The fundamental period of vibration of a majority of bridges is in the ....etc

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Analysis of soil classification using normalized piezocone parameters
Analysis of soil classification using normalized piezocone parameters

Introduction
The number of variables which influence cone tip resistance, penetration pore pressures, and CPT sleeve friction typically exceed the range of variables covered by databases of sites used for calibration of correlations for soil classification charts. Therefore, it is important to understand the mechanisms which influence piezocone parameters during the development of design recommendati ....etc

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Breakage (Soil) Mechanics

Introduction
Critical state soil mechanics (CSSM) was originally developed for clays. For this application CSSM continues to provide the most elegant mathematical theory for capturing the physics of the material. In its simplicity, only five parameters are needed to describe a broad range of critical effects. However, when CSSM is adapted to model sand-agglomerates, models can no longer be accurately defined using five parameters. The CSSM theory requires fitting the slope of the isotropic-hardening compression ....etc

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Rehabilitation and Resettlement Policy
Concrete Technology
Water Resources Engineering
Eco-concrete? Opportunities and Challenges
Air Pollution Control
Engineering Behavior Of Soils And Foundations
Global Positioning And Geographical Information Systems Applications
Highway Design
Zfs
Instrumentation and sensing technology
Remote Sensing , GIS And Its Applications
Application of Genetic Algorithm in Irr ....etc

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