Highway Research Record No. 39 - Indian Roads Congress

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2. RIGID PAVEMENTS 18 sUmmary 18 a. ProJeCts rePorted For the First time 19 1. investigation of Causes of Longitudinal Cracking in Concrete Pavements on national 19 highways 2. Utilization of Waste Foundry sand in Pavement Quality Concrete and dry Lean Concrete 19 3. Caso 4 - derived from tannery Fleshing- for Use in Cement Formulation (Binary/ ternary 20 Cementitious mix) 3. PAVEMENT EVALUATION AND PERFORMANCE 21 A. PAVEMENT EVALUATION 21 sUmmary 21 a. ProJeCts rePorted For the First time 22 1. evaluation of ndmC roads/ Lanes for needed strengthening and remedial measures 22 2. road inventorisation and Pavement Condition survey on the selected road stretches 22 using vehicle mounted digital video imaging system integrated with gPs 3. Functional and structural evaluations of dnd Flyway and mayur vihar Link road towards 23 determining the maintenance and strengthening requirements B. on–going / ComPLeted ProJeCt 23 1. development of management system for maintenance Planning and Budgeting of high 23 speed road Corridors (supra institutional Project) B. PAVEMENT PERFORMANCE 25 sUmmary 25 a. ProJeCts rePorted For the First time 26 1. study on the Performance of highways developed Under KstP 26 2. Pavement Performance studies on Coir geo-textile reinforced rural roads in tamilnadu 26 3. Urban Pavement Maintenance Management System for Tiruchirappalli City 27 4. Performance evaluation of Coir geotextiles in rural roads of Kerala 28 B. on-going / ComPLeted ProJeCts 28 1. applications of rhinophalt Preservative and its Performance evaluation on three toll 28 roads (trial stretches) in rajasthan and gujarat states ii
2. design, Construction and Performance evaluation of new materials and mixes towards 29 Development and Upgradation of Standards / Specifications 3. development of national document/ guidelines on the Use of Weigh-in-motion system in 29 india for axle Load monitoring 4. Zycosoil Nanotechnology Multilayer Waterproofing Treatment of Soil and Asphalt 29 Concrete in road Construction II. GEOTECHNICAL ENGINEERING 31 sUmmary 31 a. ProJeCts rePorted For the First time 32 1. design of remedial measures at Lukhbir slide on nh – 31 a 32 2. guidelines for Landslide management on indian roads and highways 32 3. site stabilisation for Platform at diglipur (north andaman) 33 4. geotechnical study of Jugsalai Cinder dump area for Construction Purposes 33 5. development of non nuclear density gauge for determination of dry density of 34 Compacted fills 6. Experimental Test Track Construction Using Jarofix Waste Material 34 7. Feasibility Study of a Patented Commercial Soil Stabiliser 35 8. Feasibility studies on vedanta iPP Coal ash samples for road & embankment Construction 35 9. Feasibility study on Usage of super Fine Copper slag in Land Filling and road Construction 36 10. Feasibility study of Cinder Waste material for road Construction 36 11. Suitability of Granular Materials for Capillary Cut-Off 37 12. Feasibility Study on Utilisation of Phosphogypsum as Road Construction Material 37 13. design and Construction of embankment and Pavement Layers using Copper slag 38 B. ComPLeted ProJeCts <strong>39</strong> 1. engineering of structures against natural and other disasters <strong>39</strong> 2. design and Construction of roads in submerged/ Flood affected areas of rann of 40 Kutch, gujarat 3. design of approach embankment Using Pond ash in Waterlogged area near yamuna 40 river, delhi 4. Pilot Project for Construction of Pmgsy roads Using Jute geotextiles 41 5 Use of Coir geotextiles in road Construction 41 C. r & d aCtivity rePort By ConsULtanCy Firms / ContraCtors / ConCessionaries 41 1. design & Construction of Base Course and sub grade Pavement Layers with soil 41 stabilized Base Course (ssB) for Lighter and durable highway Crust iii
Page 2 and 3: Written Comments on this highWay re
Page 6 and 7: III. BRIDGE ENGINEERING 43 sUmmary
Page 8 and 9: B. on-going / ComPLeted ProJeCts 83
Page 10 and 11: 2. Capacity analysis of three Legge
Page 13 and 14: General report on roaD reSearCH In
Page 15 and 16: and Gujarat states; and design, con
Page 17 and 18: construction. Utilization of lateri
Page 19 and 20: elated studies, Transportation Plan
Page 21 and 22: a. proJeCtS reporteD For tHe FIrSt
Page 23 and 24: 5. Development of Improved Material
Page 25 and 26: progress: Govt. of Gujarat has inst
Page 27 and 28: present Status and progress Marshal
Page 29 and 30: Gujarat Engineering Research Instit
Page 31 and 32: a. proJeCtS reporteD For tHe FIrSt
Page 33 and 34: ROAD RESEARCH IN INDIA 2011-12 21 3
Page 35 and 36: Interim Conclusions/ Supporting Dat
Page 37 and 38: ROAD RESEARCH IN INDIA 2011-12 25 B
Page 39 and 40: • Selection and laboratory testin
Page 41 and 42: 2. Design, Construction and Perform
Page 43 and 44: ROAD RESEARCH IN INDIA 2011-12 31 I
Page 45 and 46: Further information/Copy of report
Page 47 and 48: 7. Feasibility Study of a patented
Page 49 and 50: angle of friction. A combination of
Page 51 and 52: Significance/ Utilisation potential
Page 53 and 54: Further information / Copy of repor
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ROAD RESEARCH IN INDIA 2011-12 43 I
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The measured displacements of bridg
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• Development of procedures for f
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the Mobile Bridge Inspection Unit (
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progress: The objective of this pro
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ROAD RESEARCH IN INDIA 2011-12 53 I
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side i.e. 0% at 50-55 Hz for both e
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under second priority and 8 Junctio
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District Tourism Promotion Council
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each sub route was computed using a
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Further information/Copy of report
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and interview method. Further surve
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3. To carry out necessary techno-ec
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• • • motorcycles: A note Tra
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way. Besides this, the parking char
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are to be addressed and necessary a
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made for any particular route. Freq
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a. proJeCtS reporteD For tHe FIrSt
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study, the condition of most of the
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Collection of Data: Collection of d
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‘without’ project scenarios. Th
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limitations of conclusions The stud
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• Diurnal variations in the patte
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ROAD RESEARCH IN INDIA 2011-12 89 V
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C. reSearCH proJeCtS relateD to tHe
Page 105 and 106:
Salient-Findings and Conclusions Th
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oad designers and managers. Rural r
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d) e) f) b. Development of composit
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Proposed Methodology (Type of study
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• • • Conducting laboratory E
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Proposed Methodology Experimental s
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• These transition temperature de
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• deformation (rutting) than that
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• • • mixes using treated agg
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last two decades, resulted in large
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ased on reliability analysis method
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• pavements (15 years) and long-l
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7. 8. 9. interface of WBM-modified
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• • • • • 14 to 2.42 mm/s
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Page 135 and 136:
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2. stresses in the post-tensioned c
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15. Urban Speed Management for Tiru
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Scope and Objectives The cellular a
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• • • To model congestion on
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Andhra Pradesh. Pin: 523002, Mobile
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• • • • • • Similarly a
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Scope and Objectives The process of
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• The results indicate that for t
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Scope and Objectives Conventional s
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subgrade soil”, ‘National Confe
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Salient-Findings and conclusions Th
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Further information/Copy of the rep
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IIT Madras., Mobile: 08608651677 e-
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• To suggest guidelines, standard
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34. Intercity Passenger Travel Dema
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the individual travel times. It has
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e) f) g) h) i) i. ii. iii. i. ii. i
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• Traveller Information System in
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To satisfy the fourth objective of
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improving air quality and reducing
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development of APMs, models were de
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ROAD RESEARCH IN INDIA 2011-12 167
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1. 2. 3. 4. ROAD RESEARCH IN INDIA
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Reporting Organisation (R) Sponsori
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eportInG orGanISatIon: 1 Project Ti
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ROAD RESEARCH IN INDIA 2011-12 175
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Highway Research Record No. 39 - Indian Roads Congress

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