آزمایش و توصیف پیشرفته مواد قیری، دو جلدی، ۲۰۰۹
Advanced Testing and Characterization of Bituminous Materials, Two Volume Set 2009

1. Front cover

2. Table of contents

3. Preface

4. Organization

1. Evaluation of binder properties

6. Laboratory study on interlayer bonding using cationic tack coats

7. Factors affecting recovered asphalt binder properties: A theoretical and experimental study

8. Influence of low temperature behaviour of PmB on life cycle

9. Influence of granular polymer additives on the asphalt quality

10. Phase angle determination and interrelationships within bituminous materials

11. Evaluation of initial road performance correlating with different tests of binders

12. Laboratory study of environmental performance of binders by headspace gas chromatography

13. New fatigue test on bituminous binders and mastics using an annular shear rheometer prototype and waves propagation

14. Functional forms for master curve analysis of bituminous materials

15. Linear viscoelastic spectra of asphalt binders from DSR and BBR

16. Principal component analysis of rheological and hardening data from bituminous binders

17. Rheological and functional evaluation of the interactions between bitumen and rubber

18. A thermodynamic approach to healing in bitumen

19. Nanoclay for binder modification of asphalt mixtures

20. First-principles investigation of the multiple phases in bituminous materials: The case of asphaltene stacking

21. The morphology of SBS modified bitumen in binders and in asphalt mix

2. Testing and modeling the influence of climate and ageing effects

23. Developing a test method for the accelerated ageing of bituminous mixtures in the laboratory

24. Chemical characterization of laboratory and field bitumen aging in Porous Asphalt Concrete

25. Influence of temperature and aging on laboratory fatigue performance of asphalt mixtures

26. Aging of SBS polymer in hot and cold bituminous coatings. Relationship between microstructure and performances: Low temperature and cohesion properties

27. Impact of freeze-thaw cycles on the performance of asphalt mixture based permeability

28. Formulation of authoritative temperature gradients for an analytical design process of flexible pavements using statistical techniques

29. Performance evaluation of prepared gelled hot sealant in cold climates

30. Age hardening behaviour of bituminous stabilized materials

31. Investigation of friction properties of various road surfaces affecting road safety

32. Combined experimental and numerical analysis of moisture infiltration in the modified Lottman test

33. Assessment of moisture effect on open graded mixes using water sensitivity and Cántabro after immersion tests

34. Moisture damage on bituminous stabilized materials using a MIST device

35. Determination of gradual reduction of the flexible pavement bearing capacity

36. Testing of low temperature behaviour of asphalt mixtures in bending creep test

37. Effect of beam size on the creep stiffness of asphalt mixtures at low temperatures

38. Assessment of water sensitivity of asphalt rubber mixtures for wearing course

39. Development of a laboratory bituminous mixtures ageing protocol

3. Hot bituminous mixtures characterization and design

41. Optimum loading speed for deformation strength test of bitumen mixtures

42. Enhanced algorithms for the derivation of material parameters from triaxial cyclic compression tests on asphalt specimen

43. Reliability and suitability for standardization of methods for HMA density measurements: Experimental investigation on transve se vs longitudinal variations

44. Research on coordinating deformation between Fiber Bragg Grating strain sensor and asphalt mixture

45. Influence of treatments on the surface characteristics of aggregate

46. Mix design of grouted porous asphalt concrete for wearing course layers

47. “Liquefaction” of asphalt caused by cyclic loading, as a potential reason of extreme rutting

48. Experimental investigation on the dynamic properties of asphalt concrete using filler with waste hydrated lime

49. Monitoring and designing of wearing courses for orthotropic steel decks throughout the five-point bending test

50. Evaluation of modified bitumen, High Modulus Asphalt Concrete and steel mesh as materials for road upgrading

51. Theoretical investigation of the stress distribution in a Bimodular IDT specimen

52. Investigation of Alkali-Silica Reaction in asphalt mixtures exposed to potassium acetate deicing solution

53. Laboratory tests used in Cuba as low financial resources country for the evaluation of the mechanical properties of the asphal mix

54. Polypropylene fiber modification of asphalt by using mechanical and optical means

55. Evaluation of Petroleum-Contaminated Soil effect on the properties of hot-mix asphalt concrete using dynamic modulus |E*| and indirect tensile tests

56. Overview of the LOT meso mechanical research into porous asphalt raveling

57. Monitoring the introduction of Enrobé à Module Élevé class 2 onto UK roads

58. On the fracture properties of epoxy asphalt mixture with SCB test

59. Viscoelastic response of asphalt-aggregate mixes to transient confining conditions

60. Evaluation of creep compliance of rubberized asphalt in compare with conventional hot mix asphalt

61. Characterizing volumetric deformation behavior of naturally occurring bituminous sand materials

62. Alternative materials for asphalt mixture—steel slags

63. Evaluation on the shear performance of asphalt mixture through triaxial shear test

64. Development of a Dog-Bone Direct Tension Test (DBDT) for asphalt concrete

65. Evaluation of performance grading parameters for crumb rubber modified asphalt binders and mixtures

4. Warm and cold bituminous mixtures characterization

67. Design method for cold and warm emulsion mixtures based on links between laboratory and field

68. Fundamental property evaluation of styrene monomer modified warm-mix asphalt concrete

69. An evaluation of use of synthetic waxes in warm mix asphalt

70. Study of the mechanical behaviour of gravel-emulsions using triaxial tests

71. Laboratory performance-based assessment of half-warm mix asphalts with high recycling rate by means of the factorial experimen design approach

72. Evaluation of the rheological behaviour of Warm Mix Asphalt (WMA) modified binders

73. Author index

74. Table of contents

75. Preface

76. Organization

5. Cracking in bituminous pavement materials

78. Modeling of Top-Down Cracking (TDC) propagation in asphalt concrete pavements using fracture mechanics theory

79. The cracking device with temperature control for the laboratory identification of the road material performance

80. Mode II cracking in asphalt concrete

81. Experimental study on resistance to cracking of bituminous mixtures using the Fénix test

82. Fatigue effects in uniaxial cyclic tensile stress test: The link between stiffness decrease and accumulation of irreversible s rain

83. Experimental study of the waveform shape effect on asphalt mixes fatigue

84. Experimental investigation of crack propagation in asphalt concrete

85. Theoretical analysis of the 4 point bending test

86. Investigation of the PH model as a prediction tool in fatigue bending tests with rest periods

87. Fatigue behaviour of bitumen in tension-compression loading mode: Rheological analysis and comparison with mix fatigue

88. Mixed-mode cracking in asphalt concrete

89. Fatigue lines for asphalt mixtures used in wearing course

90. Mechanism of fatigue crack growth and fracture behavior in bituminous roads

91. Simplified fatigue performance modeling of ALF pavements using VECD+3-D Finite Element Modeling

92. Size effect investigation on fracturing of asphalt concrete using the cohesive softening Discrete Element Model

6. Fundamental laboratory test methods and models

94. On the importance of performing accurate material characterization tests for bituminous materials

95. Prediction of rutting risk of bituminous concrete using complex modulus

96. Application of simplified VECD modeling to the fatigue life prediction of asphalt concrete mixtures

97. Experimental observation of asphalt mix characteristics in the range of low temperatures

98. Calibration and validation of a visco-elasto-plastic constitutive model for bituminous conglomerates

99. Modulus measurement: European standardisation possibilities

100. The influence of the specimen shape on the results of the uniaxial tensile test

101. Experience with triaxial loading systems for the testing of road construction materials

102. The estimation of the dynamic modulus of asphalt mixture from creep test results

103. Application of a balanced mix-design concept to thin asphalt overlay mixes: Minimizing rutting and reflective-cracking

104. 3D finite element modeling of polymer modified asphalt base course mixes

105. Neural networks in rheology: Theory and application

7. Test methods and models for permanent deformation

107. Permanent deformation behaviour of bituminous mixtures containing incinerator bottom ash aggregates under uniaxial testing conditions

108. A new performance related test method for rutting prediction: MSCRT

109. Effect of binder type on the permanent deformation resistance of asphalt mix at different temperatures

110. Rutting evaluation of asphalt binders and mixes

111. An integrated approach to modeling rutting of flexible pavements

112. Equiviscous temperature based on Low Shear Viscosity: Evaluation as binder indicator for rutting and critical discussion of the test procedure

113. The effect of volumetric properties of asphalt concrete mixture to wheel track rutting with respect to EN and BS rutting test methods

114. Rutting resistance of SMA determined with triaxial and wheel-tracking tests

115. Rut resistance of asphalt concretes of different aggregate gradation

8. Field methods for structural behavior assessment

117. Damage identification in flexible pavements using FWD technique

118. Dynamic approach for the evaluation of the load carrying capacity and stability of flexible pavements with the Falling Weight Deflectometer

119. Behavior of asphalt pavements subjected to non-standard heavy vehicles

120. Field behavior of foamed bitumen pavement material

121. Evaluation of cracking in overlays in Quebec: A case study

9. Recycling of bituminous pavement materials

123. Utilization of aggregate production waste filler in cold recycling mix optimization

124. Rehabilitation of an Italian highway by Cold In-Place Recycling techniques

125. Fracture energy evaluation of Cold In-Place Recycling mixtures

126. The use of marginal materials in road constructions: Proposal of an eco-compatible section

127. Influence of active filler, curing time, and moisture content on the strength properties of emulsion and foamed bitumen stabilized mix

128. An experimental study on the recycling of powder extinguishers into bituminous mixtures

129. Key characteristics of materials stabilised with foamed bitumen

130. In-plant aspalt cold recycling in rehabilitation of Babaei expressway project

10. Synthesis of international coordinated research initiatives

132. RILEM interlaboratory test on interlayer bonding of asphalt pavements

133. RILEM interlaboratory test on pavement performance prediction and evaluation

134. New tests for polymer-modified binders: Results of a Belgian round robin test

135. Comparative test on indirect tension modulus test

136. Binder fatigue properties and the results of the Rilem Round Robin Test

11. Other topics

138. Skid-resistance capability of two newly resurfaced runways in Israel

139. Chemical spill tolerance of hot mix asphalts: New research and gaps identification

140. Result of numerical analysis of efficacy geogrids on reinforced pavements' vertical and horizontal deformations

141. Life cycle costs of typical asphalt pavement rehabilitation techniques in Colorado

142. Performance of hot mix asphalt surface under high tire pressure aircraft landing gear configuration at the FAA National Airport Pavement Test Facility

143. Quantification of the highway costs as a function of the road traffic and speed

144. Author index

145. Back cover