Performance of fiber-reinforced polymer-modified asphalt: Two-year review in Northern Arizona
This paper presents a 2-year review and an evaluation of the performance of fiber-reinforced
polymer-modified asphalt concrete (FPMAC). A comparison is made of its characteristics …
polymer-modified asphalt concrete (FPMAC). A comparison is made of its characteristics …
Evaluation of asphalt mixture low-temperature performance in bending beam creep test
Low-temperature cracking is one of the most common road pavement distress types in
Poland. While bitumen performance can be evaluated in detail using bending beam …
Poland. While bitumen performance can be evaluated in detail using bending beam …
Cold in-place recycling asphalt mixtures: Laboratory performance and preliminary ME design analysis
Cold in-place recycling (CIR) asphalt mixtures are an attractive eco-friendly method for
rehabilitating asphalt pavement. However, the on-site CIR asphalt mixture generally has a …
rehabilitating asphalt pavement. However, the on-site CIR asphalt mixture generally has a …
Study on low-temperature performance of bitumen, mastic, and asphalt mixture
R Rasouli, A Khavandi Khiavi - Road Materials and Pavement …, 2024 - Taylor & Francis
This research aimed to evaluate the effect of hot mix asphalt components on its low-
temperature performance using multiphase analysis. Twelve mixtures, along with …
temperature performance using multiphase analysis. Twelve mixtures, along with …
Asphalt concrete subjected to long-time loading at low temperatures–Deviations from the time-temperature superposition principle
The article presents the observed deviations from the time-temperature superposition
principle of asphalt concretes, tested in the bending beam creep test at low temperatures for …
principle of asphalt concretes, tested in the bending beam creep test at low temperatures for …
Investigation on the low temperature property of asphalt fine aggregate matrix and asphalt mixture including the environmental factors
Asphalt fine aggregate matrix (FAM) is an important component of hot-asphalt mix (HMA)
pavements at the meso-scale, but the relationship between FAM and HMA is not clear with …
pavements at the meso-scale, but the relationship between FAM and HMA is not clear with …
The effect of freeze–thaw cycle on the low-temperature properties of asphalt fine aggregate matrix utilizing bending beam rheometer
Low-temperature cracking is one of main distresses in asphalt pavements and found to
usually occur within fine aggregate matrix (FAM) from the perspective of meso-scale. In this …
usually occur within fine aggregate matrix (FAM) from the perspective of meso-scale. In this …
Evaluation of small specimen geometries for asphalt mixture performance testing and pavement performance prediction
K Lee, S Pape, C Castorena… - Transportation Research …, 2017 - journals.sagepub.com
The use of small specimen geometries in asphalt mixture performance testing to enable the
testing of as-built pavement layers has been gaining attention in recent years. Small …
testing of as-built pavement layers has been gaining attention in recent years. Small …
Correlation analysis of hot-mix asphalt and dense fine aggregate matrix properties under varying freeze-thaw cycles
X Gong, J Ma, G Qian, X Li, C Zhong - Construction and Building Materials, 2024 - Elsevier
The fine aggregate matrix (FAM) is a crucial component of hot-mix asphalt (HMA) as it
significantly impacts the overall performance of HMA. However, the specific influence of FAM …
significantly impacts the overall performance of HMA. However, the specific influence of FAM …
Assessment of thermal stresses in asphalt mixtures at low temperatures using the tensile creep test and the bending beam creep test
M Pszczola, M Jaczewski, C Szydlowski - Applied Sciences, 2019 - mdpi.com
Thermal stresses are leading factors that influence low-temperature cracking behavior of
asphalt pavements. During winter, when the temperature drops to significantly low values …
asphalt pavements. During winter, when the temperature drops to significantly low values …