By
SAI MANIKANTA.D
CONTENTS
INDIAN ROADS DURING MONSOON
PROPOSED SOLUTION
INTRODUCTION
HISTORY
MATERIALS USED
MECHANISM
CHARACTIRISTICS
CASE STUDY
ADVANTAGES
DISADVANTAGES
CONCLUSION
INDIAN ROADS DURING MONSOON
PROPOSED SOLUTION
INTROUCTION
 Self repairing roads are roads comes with built-in crack healing.
 Built up on the knowledge of material science and structural engineering.
 This will be a game-changer in road construction.
HISTORY
 Professor Nemkumar banthia, University of
British Columbia, isone of the greatest Indian
minds that have developed a technology that can
be used to make roads repair themselves.
 He pioneered the process of structural repair and
strengthinig using sprayed fibre reinforced
polymers.
MATERIALS USED
 High strength concrete
 Fibers with hydrophilic nano-coating
MECHANISM
Hydrophilic coating of fibers means they attract water and water act
as crack healers for this road
CHARACTIRISTICS
 This roads are 60% less thick than normal pavements
 About 60% of cement is replaced with flyash
 It comes with built-in crack healing.
CASE STUDY
 90 Km from Bengaluru toThondebhavi
 Constructed in 2015
ADVANTAGES
 It comes with built-in crack healing which leads to safe & comfortable
journey
 It is also 30% cheaper in terms of a first time cost
 These are cost effective, have greater longevity and are sustainable.
 Environment friendly
DISADVANTAGES
 This mechanism is limited to concrete pavements
 Skilled labour is required
 This should only limited to normal traffic roads
CONCLUSION
ANY QUERIES????
Self repairing roads

Self repairing roads

  • 1.
  • 2.
    CONTENTS INDIAN ROADS DURINGMONSOON PROPOSED SOLUTION INTRODUCTION HISTORY MATERIALS USED MECHANISM CHARACTIRISTICS CASE STUDY ADVANTAGES DISADVANTAGES CONCLUSION
  • 3.
  • 4.
  • 5.
    INTROUCTION  Self repairingroads are roads comes with built-in crack healing.  Built up on the knowledge of material science and structural engineering.  This will be a game-changer in road construction.
  • 6.
    HISTORY  Professor Nemkumarbanthia, University of British Columbia, isone of the greatest Indian minds that have developed a technology that can be used to make roads repair themselves.  He pioneered the process of structural repair and strengthinig using sprayed fibre reinforced polymers.
  • 7.
    MATERIALS USED  Highstrength concrete  Fibers with hydrophilic nano-coating
  • 8.
    MECHANISM Hydrophilic coating offibers means they attract water and water act as crack healers for this road
  • 9.
    CHARACTIRISTICS  This roadsare 60% less thick than normal pavements  About 60% of cement is replaced with flyash  It comes with built-in crack healing.
  • 10.
    CASE STUDY  90Km from Bengaluru toThondebhavi  Constructed in 2015
  • 11.
    ADVANTAGES  It comeswith built-in crack healing which leads to safe & comfortable journey  It is also 30% cheaper in terms of a first time cost  These are cost effective, have greater longevity and are sustainable.  Environment friendly
  • 12.
    DISADVANTAGES  This mechanismis limited to concrete pavements  Skilled labour is required  This should only limited to normal traffic roads
  • 13.
  • 14.