I. ACTIVATED FLYASH AS A BINDER IN PAVEMENT
II. ACTUATOR SYSTEMS BASED ON PIEZOELECTRIC CERAMICS
III. ACTUATOR SYSTEMS BASED ON PIEZOELECTRIC CERAMICS
IV. ADMIXTURES IN CONCRETE
V. ADVANCE CONSTRUCTION TECHNIQUES
VI. ADVANCED CONSTRUCTION MATERIALS: MICROSILICA IN CONCRETE
VII. ADVANCED EARTHQUAKE RESPONSE REDUCTION TECHNIQUES
VIII. ADVANCED PAVEMENT DESIGN
IX. ADVANCEMENT IN CONCERTE TECHNOLOGY
X. ADVANCEMENT IN GEOTECHNICAL ENGINEERING WITH GEOFOAM
XI. ADVANCES IN COMPOSITE MATERIALS
XII. ADVANCES IN CONSTRUCTION TECHNIQUES ....etc

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Greenbelts have tremendous potential for reducing air pollution and noise pollution, improving micrometeorology, and providing avenues for Wastewater disposal. But these gains, and more, can be achieved only if the greenbelts are designed scientifically, taking into consideration the air shed, the air quality, the terrain, the agro climatology, and the aesthetics. In this paper the approaches which would lead to rational and effective design of greenbelts has been described. ....etc

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some selected seminar topic



1.Corrosion Of Reinforcement In HVFA Concrete
2.Advanced Construction Materials : Microsilica In Concrete
3.Oceans as a Non-conventional Source of Energy
4.Silica Fume Concrete
5.High Performance Concrete
6.Application Of Infrared Thermography In Concrete Engineering
7.Self Compacting Concrete
8.Safety In Nuclear Power Plants
9.Superplasticisers For Ready Mix Concrete Plants
10.Fatigue Behaviour Of Steel Fibre Reinforced Concrete Beams
11.Seism ....etc

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To provide ecofriendly environment to rural buildings and to provide livelihood to the occupants of the building ....etc

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Greenbelts have tremendous potential for reducing air pollution and noise pollution, improving micrometeorology, and providing avenues for Wastewater disposal. But these gains, and more, can be achieved only if the greenbelts are designed scientifically, taking into consideration the air shed, the air quality, the terrain, the agro climatology, and the aesthetics. In this paper the approaches which would lead to rational and effective design of greenbelts has been described. ....etc

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If You Want More Information Please reply Below

1. A comprehensive water management plan

2. A New Method to Determine Plastic Limit of Soil

3. A Relation between COD and BOD for the textile,

4. Advanced Earthquake Resistant Techniques

5. Advanced Pavement Design

6. Advanced Technology in Sewage Treatment & Nutrient Removal

7. advancement in geotechnical engg. with geo

8. Air pollution & its control

9. Alum Recovery By Acidulation of Aluminum Hydroxide Sludge

10. Alum With ....etc

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if you want to know more about topics reply below with particular name of the topics,i will try to more;;;
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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hi please i need ppt of green belt desing for college presentetion ....etc

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Greenbelts have tremendous potential for reducing air pollution and noise pollution, improving micrometeorology, and providing avenues for Wastewater disposal. But these gains, and more, can be achieved only if the greenbelts are designed scientifically, taking into consideration the air shed, the air quality, the terrain, the agro climatology, and the aesthetics. In this paper the approaches which would lead to rational and effective design of greenbelts has been described. ....etc

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1. Particle Reinforced Aluminium Matrix Composites
2. Phytoremediation
3. Plant-made pharmaceuticals
4. Membrane Bioreactors (MBR)
5. Noise Pollution and Control in Chemical Industry
6. Air permit
7. Industrial PVC Formulation
8. Fluorescence Spectroscopy
9. Polarography
10. Concentrating Solar Power
11. Chemometrics
12. Wind Power in France
13. Biological Applications Of Macromolecules
14. Fluorimetry
15. Future for Next Generation of Nuclear Power Plants
16. Radiation Processing of Polymers
17. Inventory and Flow Control in Co ....etc

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1. Particle Reinforced Aluminium Matrix Composites
2. Phytoremediation
3. Plant-made pharmaceuticals
4. Membrane Bioreactors (MBR)
5. Noise Pollution and Control in Chemical Industry
6. Air permit
7. Industrial PVC Formulation
8. Fluorescence Spectroscopy
9. Polarography
10. Concentrating Solar Power
11. Chemometrics
12. Wind Power in France
13. Biological Applications Of Macromolecules
14. Fluorimetry
15. Future for Next Generation of Nuclear Power Plants
16. Radiation Processing of Polymers
17. Inventory and Flow Control in Co ....etc

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1. Particle Reinforced Aluminium Matrix Composites
2. Phytoremediation
3. Plant-made pharmaceuticals
4. Membrane Bioreactors (MBR)
5. Noise Pollution and Control in Chemical Industry
6. Air permit
7. Industrial PVC Formulation
8. Fluorescence Spectroscopy
9. Polarography
10. Concentrating Solar Power
11. Chemometrics
12. Wind Power in France
13. Biological Applications Of Macromolecules
14. Fluorimetry
15. Future for Next Generation of Nuclear Power Plants
16. Radiation Processing of Polymers
17. Inventory and Flow Control in Co ....etc

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