| 2002 FAA Airport Technology Transfer
Conference - Technical Papers |
| Reference # |
PAPER TITLE |
Authors |
| Computer Applications to Airport Pavements |
|
| P-26 |
LEAF – A New Layered Elastic
Computational Program for FAA Pavement Design and Evaluation Procedures |
Hayhoe,
Gordon F. |
| P-32 |
Development of
Computer Program to Compute Pavement Thickness and Strength |
Kawa,
Izydor; Hayhoe, Gordon F. |
| P-37 |
Development of
Pavement Structural Analysis Due to Horizontal Surface Force Based on Elastic
Theory |
Matsui,
Kunihito; Maina, James W.; Dong, Quinxi; Inoue, Takemi |
| P-40 |
Characterization
and Modeling of Airfield Pavement Structures for Tomorrow's Extra Large
Aircraft |
Molenaar,
A.A.A.; Erkens, Sandra; Huurman, Rien; Medani, Tarig; Visser, Tony |
| P-62 |
Suitability of
Using California Bearing Ratio Test to Predict Resilient Modulus |
Sukumaran,
Beena; Kyatham, Vishal; Shah, Amip;
Sheth, Disha |
| P-67 |
In Situ Material
Characterization of Pavement-Subgrade Systems Using FWD Data and Validation
by 3D-FE Simulations |
Uddin,
Waheed; Garza, Sergio |
| Construction Materials and Methods |
|
| P-2 |
High Performance Aeronautical
Pavements |
Bognacki,
Casimir; Marsano, Joseph; Wierciszewski, Mark |
| P-11 |
Performance of
Techniques to Minimise Reflection Cracking in UK Military Airfield
Pavements
|
Ellis,Sally; Langdale,
Peter; Cook, John |
| P-19 |
Rapid In-Situ
Shear Testing of Asphalt Pavements for Runway Construction Quality Control
and Assurance |
Goodman,
Steve; Bekheet, Wael; Hassan, Yasser; Abd El Halim, A. O. |
| P-35 |
Characterization
of Design Properties (Compressive Strength and Resilient Modulus) of Lime,
Cement, Fly Ash Stabilized Structural Recycled Concrete Base as a Function of
Curing Time |
Little,
Dallas N.; Godiwalla, Adil M.; Oshiro,
Paul Y.; Tang, Peng Sia |
| P-36 |
On the
Acceptance Criteria of Statistical Quality Control in Pavement Construction |
Livneh,
Moshe |
| P-41 |
Foamed Tar
Technology: An Innovation in Pavement Stabilization |
Morton,
Bruce S.; Visser, Alex T.; Horak, Emile |
| P-44 |
Polymer Concrete
Micro-Overlay for Fuel and Abrasion Resistant Surfacing: Laboratory Results
and Field Demonstrations |
Newman,
J. Kent; Shoenberger, James E. |
| P-49 |
Evaluation of
Grade and Straightedge Tolerances in Federal Aviation Administration Portland
Pavement Construction Specifications |
Rapol,
Jeffrey |
| P-63 |
Applicability of
the Large Stone Asphalt Concretes for Surface Course of Heavy-Duty Airport
Pavements |
Takahashi,
Osamu; Hachiya, Yoshitaka; Tsubokawa, Yukitomo |
| Pavement Evaluation & Analysis |
|
| P-6 |
UTW and SASW for General
Aviation Airport Pavement Rehabilitation |
Delatte,
Norbert; Chen, Shen-en |
| P-7 |
Analysis of
Falling Weight Deflectometer Tests at Denver International Airport |
Dong,
May; Hayhoe, Gordon F. |
| P-38 |
Difference in
Estimated Layer Moduli From Static and Dynamic Back-Calculations |
Matsui,
Kunihito; Dong, Qinxi; Hachiya, Yoshitaka; Takahashi, Osamu |
| Pavement Maintenance & Management Systems |
|
| P-5 |
U.S. Air Force (USAF) Airfield
Management Evaluation Program |
Davit,
Anthony; Brown, Randall W.; Greene, James L. |
| P-34 |
Evaluation of ASR Distress in
Airfield Concrete Pavements |
Lim, Seungwook; Zollinger, Dan G.; Sarkar,
Shondeep L. |
| P-57 |
Airport Pavement
Management: Enhancements to MicroPAVER |
Shahin,
Mohammed Y.; Keifer, Kurt A.; Burkhalter, Jeffrey A. |
| P-58 |
A
New Rapid Test Method for Predicting Expansion Due to ASR in Airfield
Concrete Pavement |
Shon,
Chang-Seon; Zollinger, Dan G.; Sarkar, Shondeep L. |
| P-68 |
Early Cracking
of Concrete Pavement – Causes and Repairs |
Voigt,
Gerald |
| P-69 |
Digital Distress
Survey of Airport Pavement Surface |
Wang,
Kelvin C. P.; Tee, We-Yih; Watkins, Quintin;
Kuchikulla, Subash Reddy |
| Pavement Modeling & Design Methods |
|
| P-8 |
Pavement Design
Considerations Regarding the Introduction of the A380 |
Drenth, Kars P. |
| P-14 |
Addressing
Conservatism and Uncertainty Associated with USACE Airfield Design Criteria |
Freeman,
Reed B.; Gonzalez, Carlos R.; Lynch, Larry N.; Walker, Robert S. |
| P-18 |
Superposition
Concepts for Considering Stress-Dependent Properties in Airfield Flexible
Pavement Analysis |
Gomez-Ramirez, Franco;
Thompson, Marshall |
| P-29 |
Decision Model
for the Use of Polymer Modified Binders in Asphalt Concrete for Airfields |
Jacobs,
Maarten M.J.; Stet, Marc J.A.; Molenaar, André A.A. |
| P-31 |
Implementation
of Rigid Pavement Thickness Design - New Pavement |
Kawa,
Izydor; Guo, Edward H.; Hayhoe, Gordon F.; Brill, David R. |
| P-53 |
Evaluation of
Different Methods and Models for Backcalculating Pavement Properties Based on
Denver International Airport Data |
Rufino,
Dulce; Roesler, Jeffery; Barenberg, Ernest J. |
| Full-Scale Pavement Testing |
|
| P-15 |
Comparison Between
Falling-Weight Deflectometer and Static Deflection Measurements on Flexible
Pavements at the National Airport Pavement Test Facility (NAPTF) |
Garg,
Navneet; Marsey, Wayne H. |
| P-21 |
A380 Flexible Pavement
Experimental Program: Data Acquisition and Treatment Process, Numerical
Simulations, Material Testing |
Petitjean, J.; Fabre, C.;
Balay, J.-M. |
| P-22 |
Analysis of
NAPTF Traffic Test Data for the First-Year Rigid Pavement Test Items |
Guo,
Edward H.; Hayhoe, Gordon F.; Brill, David R. |
| P-24 |
Rutting
Evaluation of Asphalt Pavements Using Full-Scale Accelerated Load and
Laboratory Performance Tests |
Harvey,
John T.; Hoover, Thomas P.; Coetzee, Nicholas F.; Monismith, Carl L. |
| P-25 |
Subgrade Strains
Measured in Full-Scale Traffic Tests With Four- and Six-Wheel Landing Gears |
Hayhoe,
Gordon F.; Garg, Navneet |
| P-39 |
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 |
| P-64 |
Data Management
at the National Airport Pavement Test Facility (NAPTF) |
Teubert,
Charles A.; Brill, David R., Jia, Qingge |
| Practical Aspects of Airport Operations |
|
| P-3 |
Three-Dimensional Finite Element
Modeling to Evaluate Benefits of Interlayer Stress Absorbing Composite for
Reflective Crack Mitigation |
Bozkurt,
Diyar; Buttlar, William G. |
| P-27 |
Longitudinal Surface Profiles of
an Airport Runway and Aircraft Motion |
Endo,
Katsura; Himeno, Kenji; Kawamura, Akira; Hachiya, Yoshitaka; Matsui, Kunihito |
| Airport Case Studies |
|
| P-13 |
Meeting The Demands At Phoenix
Sky Harbor International Airport: The Replacement of Runway 8-26 with PCC
Pavement |
Folmar,
David L.; Grubbs, Joseph S. |
| P-71 |
Development of a Design and Cost
Optimisation Model for Heathrow Airport Terminal 5 |
Woodman,
Graham; Moore, Richard; Lucas, Graham;
Lane, Robert |
| Airport Safety Issues |
|
| S-1 |
Control of Volatile Organic
Compounds and Particular Matter in Indoor Environments of Airports by Bipolar
Air Ionization |
Stacy
L. Daniels |
| S-3 |
Airfield
Paint Removal |
Donna J. Speidel |
| S-4 |
Developing
a Geographic Information System to Manage Airport Operations and Reduce
Conflicts Between Wildlife and Airports |
Brent A. Brown,
Edwin E. Herricks |
| S-5 |
Airfield
Rubber Removal |
Donna
J. Speidel |
| S-6 |
Joint Winter
Runway Friction Program Accomplishments |
Thomas
J. Yager, James C. Wambold, John J. Henry, Arild Andresen, Mathew Bastian |
| S-8 |
A New Approach to Airport
Lighting |
Michael Mongoven |
| S-9 |
NASA
Uses Virtual Reality to Target Runway Incursions at LAX |
Nancy S. Dorighi,
Boris Rabin |
| S-10 |
Aircraft
Braking Friction Prediction From Flight Data Recorder Data |
Zoltán Radó, James C. Wambold |
| S-11 |
Lasers
as Non-Lethal Avian Repellants: Potential Applications in the Airport
Environment |
Bradley
F. Blackwell, Glen E. Bernhardt, Jon D. Cepek, Richard A. Dolbeer |
| S-12 |
Airfield Markings |
Donna
J. Speidel |
| S-13 |
Population Increases of Large
Bird Species in Relation to Impact Standards for Aircraft Engines and
Airframes |
Richard
A. Dolbeer, Paul Eschenfelder |
| S-14 |
Airport Obstruction Space
Management Using Airborne LIDAR Three-Dimensional Digital Terrain Mapping |
Waheed
Uddin, Emad Al-Turk |
| S-15 |
Status
Report on Environmental Concerns Related to Aqueous Film Forming Foam
(AFFF) |
Joseph
L. Scheffey, Christopher P. Hanauska |
| S-16 |
Development
and Maintenance of Airport Wildlife Hazard Mitigation Website and ARFF
Reporting Site for FAA and its Use as a Communications Tool |
Archie
M. Dickey, Al Newman |
| S-17 |
Advanced in In-Pavement
Lighting Technology |
Ed
Runyon |
| S-18 |
Assesssing
User Satisfaction of Airport Baggage Handling Systems |
Joan
Pagani, A.O. Abd El Halim, Yasser
Hassan, Said Easa |
| S-19 |
Vegetation
Management Approaches for Reducing Wildlife-Aircraft Collisions |
Scott
C. Barras, Thomas W. Seamans |
| S-21 |
Project
SOCRATES - A New Sensor Technology for Enhancement of Aviation Safety and
Capacity
|
William
Cotton |
| S-22 |
Management of Rodent
Populations at Airports |
Jessica
Dewey |
| S-23 |
Airfield
Pavement Deicing with Conductive Concrete Overlay |
Christopher
Y. Tuan, Sherif A. Yehia |
| S-24 |
Computer
Based Simulation Training of Airport Fire Fighters |
Joseph
Wright |
| S-25 |
Effects
of New Deicing Alternatives on Airfield Asphalt Concrete Pavements |
M.
H. Farha, Y. Hassan, A.O. Abd El Halim, A.G. Razaqpur, A. El-Desouky, A. Mostafa |
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