2006 Project Reports |
Project Number |
Title |
06-01 |
Using Design/Build Acquisition for Airfield Pavements
|
06-02 |
Concrete Mixes Using Flyash
|
06-03 |
Improved Overlay Design Parameters for Concrete Airfield Pavements – SCI Validation
|
06-05 |
Role of Dirty Aggregates in the Performance of Concrete Exposed to Airfield Pavement Deicers
|
06-06 |
Materials Related Distress and Projected Pavement Life Concrete Airfield Pavement
|
2005 Project Reports |
Project Number |
Title |
05-01 |
Airfield Marking Handbook
|
05-02 |
Joint Load Transfer in Concrete Airfield Pavements
|
05-03 |
Highway Materials—Concrete Airfield Pavement
|
05-07 |
Performance of Concrete in the Presence of Airfield Pavement Deicers and Identification of Induced Distress Mechanisms
|
05-10 |
Evaluation of Lab and Field Performance of LithMelt Deicer
|
2004 Project Reports |
Project Number |
Title |
04-01 |
A Proposed Specification for Construction of Concrete Airfield Pavement
|
04-02 |
Improved Overlay Design Parameters for Concrete Airfield Pavements
|
04-02(s) |
Characterization and Analysis of Early Age Concrete Pavement Behavior at the National Airport Pavement Test Facility (NAPTF)
|
04-06 |
Lithium Admixtures (LiNO3)
And Properties of Early Age Concrete
|
04-08 |
Mitigation
of ASR in the Presence of Pavement Deicing Chemicals
|
2003 Project Reports |
Project Number |
Title |
03-01 |
Constructing In-Pavement Lighting, Portland Cement Concrete Pavement
|
03-02 |
Mitigation of ASR In Concrete Pavement - Combined Materials Testing
|
03-03 |
Design and Construction of Concrete Pavement for Aircraft De-icing Facilities
|
03-04 |
Precision Statement for ASTM C- 78, Flexural Testing, Airfield Concrete
|
03-05 |
Evaluation, Design and Construction Techniques for the Use of Airfield Concrete Pavement
as Recycled Material for Subbase
|
03-06 |
Using
Maturity Testing for Airfield Concrete Pavement Construction
and Repair
|
03-09 |
Potential
for Acceleration of ASR in the Presence of Pavement Deicing
Chemicals
|
03-10 |
Field Studies in Mitigating ASR
in Existing Pavement, Topical
Application of Lithium
Programs
|
2002 Project Reports |
Project Number |
Title |
02-01 |
Stabalized
and Drainable Base in Rigid Pavement Systems
|
02-02 |
Acceptance Criteria of Airfield Concrete Pavement Using Seismic and Maturity Concepts
|
02-03 |
Accelerated Practices for Airfield
Concrete Pavement Construction
|
02-04 |
Airfield Concrete Pavement Smoothness - A Reference
|
02-05.1 |
Evaluation of Alkali Silica Reactivity of Mineral and Aggregate Using Dilatometer Method
|
2001 Project Reports |
Project Number |
Title |
01-01 |
Best
Practices for Airport Portland Cement Concrete Pavement Construction
|
01-02 |
Improved
Concrete Overlay Design Parameters For Airfield Pavements
|
01-03 |
Innovative
Rehabilitation of Pavement for Light-Load Aircraft
|
01-04 |
Strength
Measurements Using Maturity for Portland Cement Concrete Pavement
Construction at Airfields
|
01-04.1 |
Evaluation
of Dowel Bars Installed Using Plastic Sleeves
|
01-04.2 |
Effects
of Coarse Aggregate Clay-Coatings on Concrete Performance
|
The Innovative Pavement Research
Foundation is jointly-owned by the American Concrete Pavement
Association, the Portland Cement Association, and the National
Ready Mixed Concrete Pavement Association. The IPRF was chartered
in 1997 to provide applied research, technology transfer and implementation,
and public education for concrete pavements.