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Indian Institute of Technology Bombay, Mumbai
IIT Bombay
Industrial Research and Consultancy Centre
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Areas Of Expertise
Geosynthetics for civil engineering construction
Geotechnical engineering
Reinforcement Soil Wall
Polyester Geogrid
Geogrid
Geotextile
Design
Earthquake
Geosynthetics
Internal stability
Modelling
Reinforced soil
Retaining wall
Current Forces
Dynamic loading
Geocontainers
Geosystems
Geotubes
Numerical modeling
Physical modeling
Stability
Wave
Limited zone
Base isolation effectiveness factor
Crack retardation
Decay parameters
Differential deflection
Fabric effectiveness factor
Mixed mode
Open graded asphalt concrete
Opening mode
Reflection cracks
Rein-forced overlay
Design methods
External stability
Mathematical modelling
Cellular reinforcement
Reinforced soil wall
Three dimensional reinforcement
Cellular structures
Geogrids
Pullout test
Technologies for Licensing
Research Glimpses
Bitumen Coated Bamboo cell (BCBC)
Encasements prepared with plastic water bottles
Improving performance of buried pipelines using geosynthetics
Numerical evaluation of expanded polystyrene (EPS) geofoam creep
Closure of near surface disposal facility for low level radioactive waste
Design of 300 m high artificial mountain using geosynthetics
End bearing encased stone columns and finite element modeling of floating encased stone columns in soft clay
Geocell mattress: Encased fly ash column composite systems in soft clay
Natural prefabricated vertical drains in marine clay
Bearing capacity of reinforced soil using non-conventional materials
Miniature California Bearing Ratio (CBR) apparatus
LSS model for designing of landfill
Application of expanded polystyrene (EPS) beads
Application of expanded polystyrene (EPS) beads
Nano materials for pavement applications
Natural prefabricated verticaldrains in marine clay
Geotextile reinforced steel slag highway embankment using PLAXIS 3D
Proposed tests for geofoam
Expanded polystyrene (EPS) geofoam embankments on soft soils
Stability of fly ash slopes using waste plastic bottles as a cellular reinforcement
Numerical analysis of expanded polystyrene geofoam fill railway embankment on soft ground
Numerical analyses on cellular mattress–reinforced fly ash beds overlying soft clay
Multi-tiered fly ash wall reinforced with waste plastic bottle geocell
Reclaimed asphalt pavement (RAP) for new pavement construction
Bagasse ash as backfill material
Expanded polystyrene (EPS) based geomaterial
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