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      • Evolution of Geocells
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    • Geocell Research
      • Geocell Reinforcement of Foundation Beds
        • Review of Geocell Reinforcement Research & Practices, Hedge (2017)
        • Studies on Geocell Protection of Buried Pipelines and Utilities, Hedge and Sitharam (2015)
        • Geocell Reinforced Embankment on Red Mud (Sitharam, Hedge, 2013)
      • Geocell and Geogrid Performance
        • NPA Geocell Reduction Factor (RF) Compared to Geogrids
        • NPA Geocell Pavement Reinforcement Compared to Other Geosynthetics
        • Compaction “Roadeo” Field Trial – Center for Earthworks Engineering, White, et al (2012)
      • Earth Retention Walls
        • Seismic Performance of Geocell Earth-retention Systems (Leshchinsky 2009)
        • Equivalent Seismic Coefficient in Geocell Retention Systems (Leshchinsky, Ling et al, 2008)
        • Seismic Response of Geocell Retaining Walls (Ling, Leshchinsky, 2009)
      • Geocell Bearing Capacity Improvement
        • Bearing Capacity Improvement of Gravel Base Layers Using Neoloy (Emersleben, Meyer 2008)
        • Use of Neoloy Geocells in Road Construction over Soft Soil (Emersleben, Meyer 2008)
        • Hoop Stresses and Earth Resistance Influence Geocell Reinforcement (Emersleben, Meyer 2009)
        • Bearing Capacity Improvement of Asphalt Paved Road With Geocells (Emersleben, Mayer 2008)
      • Railway Track Stabilization
        • High Speed Railway Life Cycle Benefits of Using Geocell (Palese, Zarembski, et al, 2017)
        • NPA Geocell Track Support Reduces Degradation (Zaremski, et al 2017)
        • Rail Track on Expansive Clay Restrained by Hybrid Solution (Kief, 2016)
        • Enhancing Ballast Performance using NPA Geocell Confinement (B. Leshchinsky, 2011)
        • Research: Neoloy geocell road pavement reinforcement & railways (2011)
        • Research: Hybrid Geocell Solution for Rail Track on Expansive Clay
        • Numerical Modeling of Railway Structure with NPA Geocells (B. Leshchinsky and Ling 2013)
      • Reinforcement Mechanism
        • Summary of Research On Neoloy Geocell-Reinforced Base Courses
        • Experimental Study of Reinforcement of Neoloy vs. HDPE-based Geocell (Pokharel, Han, et al)
        • Tests on Bearing Capacity of Neoloy-Reinforced Bases (Pokharel, Han et al, 2009)
        • Behavior of Geocell-Reinforced Granular Bases under Static and Repeated Loads
        • Creep Deformation of Geocell-reinforced Recycled Asphalt Pavements (Thakur, Han et al)
        • Tough Cells – Neoloy-based geocells for Sustainable Roadway Applications, Roads and Bridges
        • Infill Impact on the Performance of Neoloy-reinforced Bases (Han, Pokharel, Parsons 2010)
        • Accelerated Pavement Testing of Unpaved Roads with Geocell-Reinforced Sand Bases
        • Performance of geocell-reinforced RAP bases over weak subgrade under cyclic plate loading
        • Onsite Use of Recycled Asphalt Pavement and Geocells to Reconstruct Pavements
        • Research: Geocell-Reinforced Recycled Asphalt (2016)
      • Modulus Improvement Factors
        • Geocell Reinforced Road Pavement Structures, Rajagopal, et al (2012)
        • High Modulus Geocells for Sustainable Highway Infrastructure (Kief, et al 2014)
        • Studies on Geosynthetic-reinforced Road Pavement Structures
        • 3D Geocell Contribution to Structural Pavement Reinforcement, Kief and Rajagopal
        • Plate Load Tests of Unpaved Road
        • Studies on Geosynthetic-reinforced Road Pavement Structures
        • Modulus Improvement Factor for Neoloy Reinforced Bases
      • Road Performance Validation
        • Sustainable Road Construction with Neoloy Geocells
        • Validation of Geocell Design for Unpaved Roads, Pokharel (2015)
        • Causeway Design with PRS-Neoloy Geocells
        • Sustainable Road Construction for Heavy Traffic Using High Strength Polymeric Geocells
        • Validating Contribution of Neoloy Geocells to Sustainability Objectives
      • Structural Pavement Design with NPA Geocells, Kief (2015)
      • PRS-Neoloy – Railway Embankment
    • Ports & Railways
    • Engineering Services
      • Geotechnical Project Design
        • Specifications
        • Customized Design with Neoloy Geocell
      • Highway Engineering
        • Neoloy Geocell Engineering Benefits
        • Beam Effect
        • Road Design Methodologies
      • Project Design (Roadway Design)
      • PRS Geotechnical Engineering Overview
      • Project Design (Roadway Design)
      • Sustainability Overview (Green Roads)
      • Reinforced Pavements
      • Modulus Improvement Factor – MIF (Highway Engineering Modulus)
      • Design Checklists
    • Neoloy Geocell Market Sectors
      • Neoloy Geocell Solutions for Logging & Forestry
      • Green Construction & Sustainability
        • Sustainable Transportation & Infrastructure
        • Green Construction
        • Landscape Architecture
        • Rural Development
        • Recycled Materials
      • Logging & Forestry
        • Forest & Logging Roads
        • Log Yard Stabilization
      • Airport
        • Airport Stormwater Management
        • Solutions for Military Air Bases & Airfields
        • Stabilize Airport Runway Shoulders
        • Stabilize Unpaved Airfield and Airstrip Runways
        • Stabilize Airport Pavements
        • Airport Pavement Reinforcement – Runway Construction
      • Energy and Utilities
        • Access Road for Oil & Gas Exploration
        • Protect Buried Pipelines & Utilities
        • Pipeline Construction & Reinforcement
        • Stabilize Oil Pads & Drilling Platforms
        • Access for Power Companies and Utilities
        • Fly Ash Waste Management
        • Access for Wind & Solar Farms
      • Stormwater Management
        • Stormwater Management Solutions
      • Mining
        • Neoloy Geocell Solutions for Mining
        • Haul Roads for Mining
        • Mining with PRS Neoloy Geocells
      • Railways
        • Railway Earth Stabilization
        • Reinforcement of Railway Track Construction
        • Railway Embankments Stabilization
        • Railway Embankments Stabilization
        • Ballast Confinement
        • Subballast Reinforcement
      • Military & Emergency
        • Military Road Stabilization & Reinforcement
        • Restore Infrastructure after Natural Disaster
      • Neoloy® Geocell Solutions for Energy & Utilities
      • Mine Site Rehabilitation
      • Mining Waste Containment
      • Neoloy® Geocell Solutions for Airports
      • Neoloy® Geocell Market Sectors
      • Low Impact Development
      • PRS Neoloy Geocell for Tree Protection
    • Geocells
      • Geocell Performance Criteria
      • Comparison With Other Geosynthetics
        • Neoloy based geocells VS HDPE geocells
        • PRS Neoloy Geocells Comparison with Access Mats
        • PRS-Neoloy Geocells Comparison with Gabions
      • Neoloy Geocell Categories
        • Neoloy Geocell Category A: Cost Effective
        • Neoloy Geocell Category B: (Qualified Neoloy Geocell)
        • Neoloy Geocell Tough Cell – Category C: (Tough Cell®)
        • Neoloy Geocell Category D: (Geocell for Heavy Duty)
      • Neoloy Technology
        • Neoloy® – Novel Polymeric Alloy for Strong & Stiff Geocells
        • Geocell Elastic Stiffness (DMA)
        • Performance Based Specs
        • Geocell Reinforcement Environmental Durability
        • Geocells Elastic Stiffness (DMA) Test
        • Oxidation & UV Resistance
      • Geocell design guidelines for road building
      • Cellular Confinement System
      • Geocell Reinforcement Performance Criteria
      • Neoloy® Geocell Categories Overview
      • PRS HDPE Geocells
      • Neoloy Geocell Category-A – Cost Effective
      • PRS Geocell Solution
      • Geocell Tensile Strength – Geocell Reinforcement
      • Dimensional Stability
      • Geocell Research & Publications
      • SIM Accelerated Creep
      • Geocell Reinforcement Permanent Deformation (SIM)
      • Neoloy Geocells Comparison to Chemical Stabilizers
      • PRS Neoloy Geocells Comparison to Geotextiles
      • Comparison with Gabions
      • Reinforced Bases
      • Pavement Reinforcement
    • Applications
      • Roads & Highways
      • Retaining Walls
        • Retention Walls Overview
        • Gravity Retaining Walls
        • Integrated Earth Stabilization
        • Green Walls
        • Landslide Protection
      • Slopes & Channels
        • Channel Protection
        • Slope Protection & Erosion Control
        • Slope Stabilization Solutions
        • Shorelines & Riverscapes
        • Reservoirs
        • Landfills
      • Port Platforms
        • Soil Stabilization for Working Platforms
      • Paved Roads & Highways
        • Unpaved Roads
          • Roads from Sand
          • Gravel Road Construction Reinforcement Solutions For Soft Soils
          • Logging & Forestry Road Stabilization
          • Unpaved Access Road Reinforcement
        • Green Roads
          • Reinforced Retaining Walls
          • Permeable Pavement Solutions
          • Green Roads, Shoulders and Lots
        • Pavement Reinforcement for Highway Construction
        • Asphalt Roads Stabilization with Geocells
        • Roadway Construction Overview
        • Ground Stabilization & Reinforcement Solutions
        • Recycled Pavements
        • Expansive Clay Soils
      • Reinforced Retaining Walls
      • Neoloy® Geocell Applications
      • Heavy-Duty Pavement Reinforcement
      • Embankments
      • Ports and Container Yards
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PRS (Professional Reinforcement Solutions) Geo Technologies is an engineering and technology company with innovative solutions for infrastructure, mining, energy exploration and the military based on the PRS Neoloy® geocell cellular confinement system.
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