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Rheological Investigation of a Super-tough Resin-based Binder for Steel Bridge Deck Paving by Han, Yajin (author);Ni, Fujian (author);Jiang, Jiwang (author);Tian, Jiahao (author);Zhang, Zhu (author);Zhou, Zhou (author);Dong, Qiao (author) is a Engineering article available to read on EtoBox.
What is Rheological Investigation of a Super-tough Resin-based Binder for Steel Bridge Deck Paving about?
Epoxy asphalt concrete is extensively utilized as the steel bridge deck paving material due to its excellent engineering performance. However, the harsh service environment of steel deck with significant deformation poses a great challenge to its durability. Therefore, it is necessary to explore new binders with better compliance and stability performance. In this research, a super-tough resin (STR) with good high-temperature stability and low-temperature flexibility was developed as the steel bridge deck pavement binder. The rheological properties of STR were comprehensively investigated and compared with the epoxy asphalt (EA) and traditional SBS-modified asphalt. Specifically, the reaction-induced viscosity evolution, high-temperature stability, intermediate-, and low-temperature crack resistance, and tensile performance were evaluated. According to the results, the viscosity evolution rate of STR increases significantly with increasing temperature. At intermediate temperatures, the linear viscoelastic regions of STR and EA concentrate around 1%. At 70 °C, the non-recoverable compliance and percent recovery of STR and EA are all lower than 0.01kP-1 and higher than 99.8%, respect
Who reads Rheological Investigation of a Super-tough Resin-based Binder for Steel Bridge Deck Paving?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Han, Yajin (author);Ni, Fujian (author);Jiang, Jiwang (author);Tian, Jiahao (author);Zhang, Zhu (author);Zhou, Zhou (author);Dong, Qiao (author)
- Publisher
- Elsevier BV
- Published
- 2023
- Language
- EN
- Field
- Engineering (Physical Sciences)