Abstract: Integrating fibers into asphalt mixtures improves their crack resistance and permanent deformation. Previous studies have found the effect of various fibers on asphalt mixtures, but bamboo fibers were not included. In ...

Abstract: The procedure for asphalt mixture design includes determining grading, asphalt content, other volume properties, mechanical performance assessment, and moisture damage potential. This paper proposes a computational method ...

Abstract: Reinforcement corrosion owing to chemical attack could lead to premature steel-mortar debonding, concrete cracking, and catastrophic failure of structures if not well attended. In conventional design and maintenance ...

Abstract: With the help of ABAQUS, the acceleration responses of asphalt pavement with and without crack damage were simulated, and the change rate of vertical acceleration peak was proposed to characterize the effects caused by ...

Abstract: Three-dimensional (3D) pavement texture measurement plays a significant role in helping engineers calculate pavement performance–related parameters, such as the international roughness index (IRI), texture depth (TD), and ...

Abstract: Modeling structural responses is vital in building structural health monitoring. This study proposed the graph network–based structure simulator (GNSS), a method employing graph neural networks, for spatiotemporal structural ...

Abstract: With the rapid development of optical-fiber sensing technology recent years, it has been widely used for various purposes in engineering fields. However, the strain concentration generated by different types of pavement ...

Abstract: With the rapid development of optical-fiber sensing technology recent years, it has been widely used for various purposes in engineering fields. However, the strain concentration generated by different types of pavement ...