Bill.Maupin@VDOT.Virginia.gov
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98-R6
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Glasphalt test sections in Virginia
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98-R30
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Effect of glass concentration on stripping of glasphalt
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98-R20
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Determining the compactive effort required to model pavement voids using the Corps of Engineers gyratory testing machine
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98-R15
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Comparison of several asphalt design methods
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98-R11
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Evaluation of asphalt rubber stress-absorbing membrane
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97-TAR6
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Follow-up field investigation of the effectiveness of antistripping additives in Virginia
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96-R5
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Effectiveness of antistripping additives in the field
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95-R27
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Construction and performance of a stone matrix asphalt mix test section in Virginia
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95-R23
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Evaluation of modified single seal surface treatments
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95-R16
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Field trials of asphalt rubber hot mix in Virginia
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94-R9
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Evaluation of a modified asphalt :novophalt
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92-IR1
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Installation and early performance of a field test section of asphalt rubber concrete
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91-R5
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The variability of the indirect tensile stripping test
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91-R16
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Design of heavy duty mixes
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91-IR6
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Evaluation of novophalt as an additive in asphalt
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90-R5
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Evaluation of asphalt additives to resist permanent pavement deformation
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90-R4
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Evaluation of antistripping additives
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90-R17
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The use of hydrated lime as an antistripping additive :addendum to final report
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89-R14
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Assessment of stripped asphalt pavement
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88-R30
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Evaluation of new asphalt concrete density specification
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87-R29
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Installation report :evaluation of asphalt additives
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87-R2
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Field investigation of verglimit
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87-R16
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The use of hydrated lime as an antistripping additive
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86-R29
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Guidelines for rehabilitating flexible pavements
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84-R14
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Laboratory investigation of hydrated lime as an antistripping additive :final report
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83-R33
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Survey for reactive blends of asphalt and antistripping additives :final report
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83-R26
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Use of hydrated lime as an antistripping additive :installation report
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83-R20
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Evaluation of Chem-Crete :final report
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82-R54
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Use of limestone screenings in S-5 surface mixes :final report
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82-R47
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Segregation of asphalt mixes caused by surge silos :final report
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82-R30
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Evaluation of Chem-Crete :interim report
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82-R23
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Effect of antistripping additives on the compaction of bituminous concrete
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82-R14
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Use of carbon black in bituminous concrete in Virginia
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82-R11
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Predicting moisture-induced damage to asphaltic concrete :field evaluation : final report
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81-R8
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Influence of handling on the effectiveness of antistripping additives
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81-R49
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Effect of baghouse fines on compaction of bituminous concrete
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80-R45
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Recycling of water-susceptible pavements
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80-R36
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Investigation of fatigue failure in bituminous base mixes
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80-R211
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Detection of antistripping additives with quick bottle test
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80-R11
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Design of bituminous mixes with high skid resistance
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79-R50
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Predicting moisture-induced damage to asphaltic concrete :field evaluation phase : interim report #2
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79-R31
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Problems in achieving density in asphaltic concrete :final report
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79-R27
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Stripping potential of bituminous concrete
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78-R7
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Predicting moisture-induced damage to asphaltic concrete :field evaluation phase, interim report
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78-R49
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Reexamination of cold weather paving specifications for bituminous concrete
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76-R62
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Development of test procedure for the design of black base :final report
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76-R24
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Literature review :an analysis of laboratory fatigue tests
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75-R66
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Investigation of alternative curb mixes
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75-R30
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Literature review :simple test method for possible use in predicting the fatigue of asphaltic concrete
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73-R39
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Investigation of asphalt content design for open-graded bituminous mixes
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72-R34
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Evaluation of strains in bituminous surfaces :stiffness-fatigue investigation
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72-R24
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Cold weather paving requirements for bituminous concrete
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72-R12
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Installation report :thick lift bituminous base : construction and materials phase
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72-R11
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Installation report on porous friction course hot plant mix
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70-R9
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Installation and performance of lightweight aggregate asphaltic concrete test sections
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70-R411
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Relationship of fatigue to the tensile stiffness of asphaltic concrete : addendum to final report on phase I : laboratory investigation
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70-R41
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Relationship of fatigue to the tensile stiffness of asphaltic concrete
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70-R2
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Effect of some aggregate characteristics on the fatigue behavior of an asphaltic concrete mixture
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08-R7
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Preliminary field investigation of intelligent compaction of hot-mix asphalt
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08-R22
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Evaluation of using higher percentages of recycled asphalt pavement in asphalt mixes in Virginia
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08-R11
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Use of manufactured waste shingles in a hot-mix asphalt field project
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07-R26
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The next step toward end-result specifications for hot-mix asphalt materials and construction
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07-R15
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Design of a high-binder--high-modulus asphalt mixture
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07-R11
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Investigation of proposed AASHTO rut test procedure using the Asphalt Pavement Analyzer
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05-R3
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Quantitative determination of asphalt antistripping additive
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05-R24
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Asphalt permeability testing between laboratories
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05-R11
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Design and construction of a new asphalt drainage layer
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03-TAR11
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Evaluation of spray injection patching
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03-R15
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Additional asphalt to increase the durability of Virginia's superpave surface mixes
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01-TAR7
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The journey toward end result specifications for asphalt concrete
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00-R24
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Investigation of test methods, pavements and laboratory design related to asphalt permeability
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00-R2
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A case study of the design, installation and early performance of a nineteen-millimeter superpave mix
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