Abstract: The impact characteristics of wood-cement particleboard (WCPB) made with wood particles produced from the waste stream are investigated. With a view toward sustainable practices, the potential application of WCPB to enhance ...

Abstract: Closed‐form solutions are presented for random vibration response integrals arising in the analysis of multi‐degree‐of‐freedom (MDOF) systems to stationary nodal and/or support excitations Any pair of excitations must ...

Abstract: The estimation of frequency-dependent correlation functions for pairs of accelerograms is important in the analysis and modeling of the space-time variation of earthquake ground motions. Two methods of estimating the ...

Abstract: A holistic electrochemical-mechanistic model of the corrosion of steel reinforcing bars inside concrete that accounts for the diffusion of oxygen and moisture into the concrete and rust layers, the densification of rust ...

Abstract: Concrete structures that are damaged due to cracking and spalling, associated with corrosion of reinforcing bars, are often repaired using shallow depth surface patches. Cracking and full or partial delamination of the ...

Abstract: The use of inexpensive electrochemical impedance spectroscopy based sensor technology for nondestructive evaluation (NDE) of bond degradation between external carbon fiber-reinforced polymer (CFRP) reinforcement and concrete ...

Abstract: The nonlinear response of laminated fiber reinforced plastic (FRP) plates modeled with finite elements and excited by stochastic loading is studied. FRPs are being used widely for structural applications in recent years ...

Abstract: It may be important to consider the effect of the spatial variation of strong ground motion when determining the dynamic response of spatially extended structures. In this paper an empirical space‐time earthquake ground ...