A Laboratory and Statistical Evaluation of Factors Affecting Rutting

References

• AASHTO MP1-98 2000 Specification for performance graded Asphalt Bonder American Association of State Highway and Transportation Officials (AASHTO) Provisional Standards 2000 Edition Washington, D.C
   Google Scholar
• AASHTO PP28-00 2000 Practice for superpave volumetric design for hot-mix asphalt (HMA) AASHTO Provisional Standards 2000 Edition Washington, D.C
   Google Scholar
• AASHTO T 283 1999 Resistance of compacted bituminous mixture to moisture induced damage Standard Specifications for Transportation Materials AASHTO Washington, D.C
   Google Scholar
• AASHTO T 209 1999 Theoretical maximum specific gravity and density of bituminous paving mixtures Standard Specifications for Transportation Materials AASHTO Washington, D.C
   Google Scholar
• Barksdale R.D. 1993 Test device for evaluating rutting of asphalt concrete mixes Transportation Research Record 1418, National Research Council Washington, D.C
   Google Scholar
• Brock J.D. Collins R. Lynn C. 1999 Performance related testing with asphalt pavement analyzer Technical Paper T-137, Pavement Technology Inc
   Google Scholar
• Brown E.R. Cross S.A. 1992 A national study of rutting in asphalt pavement Journal of Association of Asphalt Paving technologists 61
   Google Scholar
• Cooley L.A. Kandhal P.S. 1999 Evaluation of density gradients in APA samples National Center for Asphalt Technology
   Google Scholar
• Frigon N.L. 1997 Practical guide to experimental design John Wiley & Sons, Inc. New York 93 136
   Google Scholar
• Hudson S.W. Seeds S.B. 1988 Evaluation of increased pavement loading and tire pressures Transportation Research Record 1207, Transportation Research Board Washington, D.C. 197 206
   Google Scholar
• Kandhal, P.S. and Mallick, R.B (1999) “Evaluation of Asphalt Pavement Analyzer for HMA Mix Design”, National Center for Asphalt Technology, Report No. 99–4.
   Google Scholar
• Kim O. Bell C.A. 1988 Measurement and Analysis of Truck Tire Pressures in Oregon Transportation Research Record 1207, Transportation Research Board Washington, D.C. 100 110
   Google Scholar
• Kyle B. 1995 Successful Industrial Experimentation VCH Publishers Inc. ISBN 1-56081-050-5 1 131
   Google Scholar
• Middleton D.R. Roberts F.L. Chira-Chavala T. 1986 Measurements and analysis of truck tire pressures on Texas highways Transportation Research Record Transportation Research Board Washington, D.C. 1 8
   Google Scholar
• NAPA 1995 An industry discussion on superpave implementation NAPA Special Report National Asphalt Paving Association
   Google Scholar
• ODOT 1999 Special provision for plant mix bituminous bases and surfaces section 708, 1(a), The Standard Specifications for Highway Construction 2001 Edition, OKC Oklahoma Oklahoma Department of Transportation (ODOT)
   Google Scholar
• OHD L 16 2001 Resistance to deformation and cohesion of bituminous mixture by means of Hveem apparatus The Standard Specifications for Highway Construction 2001 Edition, OKC Oklahoma Oklahoma Highway Department (OHD)
   Google Scholar
• OHD L 36 2001 Effect of water on cohesion of compacted bituminous mixture The Standard Specifications for Highway Construction 2001 Edition, OKC Oklahoma Oklahoma Highway Department (OHD)
   Google Scholar
• OHD L 43 2001 Method of test for measurement of rutting of hma using asphalt pavement analyzer The Standard Specifications for Highway Construction 2001 Edition, OKC Oklahoma Oklahoma Highway Department (OHD)
   Google Scholar
• OHD L 45 2001 Determination of bulk specific gravity of HMA specimen using Corelok™ Apparatus The Standard Specifications for Highway Construction 2001 Edition, OKC Oklahoma Oklahoma Highway Department (OHD)
   Google Scholar
• Taguchi G. 1987 System of Experimental Design Kraus International Publications White Plains, NY
   Google Scholar
• West R.C. 1999 A rugged study of the asphalt pavement analyzer rutting test Memorandum to the Asphalt Pavement User Group and new APA Owners
   Google Scholar