Abstract: This study presents a finite-element (FE) model considering intralaminar damage and interlaminar delamination to predict the biaxial compression behavior of carbon fiber–reinforced composites (CFRCs) with low-velocity ...

Abstract: The influence of different variables in the photoelectro-Fenton process for the treatment of landfill leachate was investigated using an experimental design methodology. The variables considered in this study include ferrous ...

Abstract: This paper presents a control strategy that simultaneously reduces vertical and lateral buffeting responses during the construction of China's Pingtang Bridge, a multiple-span, composite, cable-stayed bridge with supertall ...

Abstract: In this research, to study the effect of a high-speed shearing method on asphalt aging, based on SK-70# matrix asphalt, the influences of the shear time, shear rate, shear temperature, shear ring, and air on asphalt aging ...

Abstract: Asphalt aging is a major cause of distresses in asphalt pavement, seriously decreasing the in-service performance and shortening the lifetime of pavement. Traditional asphalt rejuvenating methods usually consume a great ...

Abstract: The coaxial compound helicopter has been offered as an idea for a high-performance rotorcraft that possesses high-speed qualities that conventional helicopters do not. This work seeks to create a flight dynamics model of ...

Abstract: The construction industry has long been plagued by low productivity and high injury and fatality rates. Robots have been envisioned to automate the construction process, thereby substantially improving construction ...

Abstract: This paper presents an efficient approach for dynamic stress analysis of a long-span bridge under the combined action of stochastic traffic and wind loads based on the stress influence function, which converts the stress ...