| PAPER TITLE |
AUTHORS |
| Computer Applications to Airport
Pavements |
| LEAF
– A New Layered Elastic Computational Program for FAA Pavement Design
and Evaluation Procedures |
Hayhoe, Gordon F. |
| Development
of Computer Program to Compute Pavement Thickness and |
Kawa, Izydor; Hayhoe, Gordon F. |
| Analysis
of Falling Weight Deflectometer Tests at Denver International Airport |
Dong, May; Hayhoe, Gordon F. |
| Pavement Modeling & Design
Methods |
| Implementation
of Rigid Pavement Thickness Design - New Pavement |
Kawa, Izydor; Guo, Edward H.; Hayhoe,
Gordon F.; Brill, David R. |
| Full-Scale Pavement Testing |
| Comparison
Between Falling-Weight Deflectometer and Static Deflection Measurements on
Flexible Pavements at the National Airport Pavement Test |
Garg, Navneet; Marsey, Wayne H. |
| Analysis
of NAPTF Traffic Test Data for the First-Year Rigid Pavement Test Items |
Guo, Edward H.; Hayhoe, Gordon F.;
Brill, David R. |
| Subgrade
Strains Measured in Full-Scale Traffic Tests With Four- and Six-Wheel
Landing Gears |
Hayhoe, Gordon F.; Garg, Navneet |
| Development
of Material Requirements for Portland Cement Concrete Pavements at the
U.S. FAA National Airport Pavement Test Facility |
McQueen, Roy D.; Rapol, Jeffrey; Flynn,
Robert |
| Data
Management at the National Airport Pavement Test Facility (NAPTF) |
Teubert, Charles A.; Brill, David R.,
Jia, Qingge |