Past Research
Project 1/2 |
Alkali Silicate Reaction |
|
Project 3/4 |
Geochemical Weathering Reactions |
|
Project 5 |
Sound Absorbing PCC Pavement |
|
Project 6 |
Recycled Material Aggregates |
|
Project 7/8 |
Secondary Materials Risk Analysis |
|
Project 9 |
RAP Asphalt Mixtures |
|
Project 10 |
Slag Characterization Techniques |
|
Project 12 |
Concrete Carbonation |
|
Project 13/14 |
Recycled Materials in Transportation |
|
Project 15 |
CIR Mixture Design |
|
Project 16 |
Foamed Asphalt |
|
Project 17 |
FDR Mix Design |
|
Project 18 |
Recycled Aggregate Durability |
|
Project 19 |
Synthetic Aggregate |
|
Project 20 |
PCC Pavement Recycling Machine |
|
Project 21 |
Compost Erosion Control |
|
Project 22 |
Asphalt Shingle Recycling |
|
Project 23 |
Recycled vs Virgin Material |
|
Project 24 |
Recycled Plastic Earth Stabilizers |
|
Project 25 |
Recycled Tire Space Blockers |
|
Project 26 |
Foamed Asphalt Roadway Recycling |
|
Project 27 |
Tire Soil Embankment |
|
Project 28 |
Cement Stabilized FDR Base Materials |
|
Project 29 |
Granular Waste Material F&T Leaching |
|
Project 30 |
Tire Rubber Anti Vegitation Tiles |
|
Project 31 |
Permeable Reactive Barriers |
|
Project 32 |
Industrial Byproduct Subbase Leaching |
|
Project 34 |
Fine Recycled Materials in Flowable Fill |
|
Project 35 |
Carbon Sequestering Construction Materials for High |
|
Project 37 |
Evaluating RAP Mixtures using the MEPDG |
|
Project 38 |
RCA Concrete Pavement Survey Outreach |
|
Project 39 |
Full Depth Reclamation Specifications |
|
Project 40 |
Mine Waste Aggregate Leaching |
|
Project 41 |
Stripping Potential of Recycled Material HMA |
|
Project 42 |
Recycled Material Aggregate Characterization |
|
Project 43 |
Recycled Material Highway Construction Environmenta |
|
Project 44 |
Assessment of leaching in Embankments constructed with Coal Fly Ash |
|
Project 45 |
Modulus and CBR Values for Construction and Demolition Debris (UNH) |
|
Project 46 |
ENGINEERING PROPERTIES OF RECYCLED MATERIALS FOR UNBOUND APPLICATIONS |
|
Project 47 |
Stabilization of Reclaimed Pavement Material and Road Surface Gravel with Coal Combustion Project |
|
Project 48 |
Utilize Cementitious High Carbon Fly Ash (CHCFA) to Stabilize Cold In-Place Recycled (CIR) Asphalt Pavement as Base Course |
|
Project 50 |
Evaluation of Testing Protocols for the Environmental Assessment of Fly Ash Stabilized Soils |
|
Project 52 |
Evaluation of the Environmental Performance of CCPs in Roadway Applications |
|
Project 53 |
Reconstruction of Railroads and Highways with in-situ Reclamation Materials |
|
Project 54 |
Synthesis of Use of Crumb Rubber in Hot Mix Asphalt |
|
Project 55 |
Evaluation of Recycled Asphalt Shingles as Structural Fill |
|
Project 59 |
Updated Beneficial User Guidelines |
|
Project 61 |
Large Scale Model Experiments of Recycled Base Course Materials Stabilized with Cement and Cement Kiln Dust |
|
Project 66 |
Design System for HMA Containing a High Percentage of RAS Material |
|
Project 67 |
Update of WiscLEACH Roadway Environmental Assessment Software |
|
Project 68 |
Specifications and Recommendations for Recycled Materials Used as Unbound Base Course |