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Carbon fiber‐reinforced (CF) polymer composites often suffer from poor interfacial performance resulting from the smooth and nonpolar surface of CF, which results in weak interfacial adhesion with polymer matrices and consequently limits their practical appli...
ABSTRACT Carbon fiber (CF) exhibits inherent chemical inertness and a non‐polar surface, resulting in poor interfacial compatibility with polyether ether ketone (PEEK) matrix and limited mechanical performance of CF/PEEK composites. Herein, a fluorinated poly...
ABSTRACT Interfacial incompatibility between inorganic basalt fiber and polyketone limits load transfer in basalt fiber/polyketone composites. A matrix‐homologous waterborne sizing was therefore prepared by partially functionalizing polyketone with an amino a...
ABSTRACT A facile two‐step modification combining nitric acid oxidation and sequential PEI–TEPA (polyethylenimine–tetraethylenepentamine) grafting was proposed to eliminate the intrinsic surface inertness of T700 carbon fiber. Acid oxidation strips surface si...
ABSTRACT Carbon fiber/epoxy (CF/EP) composites are widely used in lightweight structural applications, but the fiber/matrix interface remains a critical factor governing their mechanical performance. This study investigated the relationship between silane‐mod...
The increasing use of carbon fibre-reinforced polymers (CFRPs) has intensified the need for efficient recycling technologies capable of recovering high-value carbon fibres from end-of-life composites. This study compares neutral and alkaline hydrolysis for re...
The chemically inert surface of carbon fibers (CFs) limits their interfacial adhesion with vinyl ester resin (VER). In this study, electrochemical surface treatment was performed in four electrolyte systems with different acid–base characteristics, including...
Abstract The thermoelastic vibration of porous graphene platelet-reinforced composite plates depends not only on the amounts of reinforcement and pores, but also on their relative locations through the thickness. To clarify this distribution-dependent behavio...
In this research, based on fifth-order shear deformation theory for general strain, free vibration of a sandwich beam with (FGM) face sheets and three types of auxetic cores, including concave hexagonal (Type 1), conventional re-entrant hexagonal (Type 2), an...
This paper examines the nonlinear transient response of porous FGM sandwich beams with elastically restrained ends under thermal environments. Using a refined higher-order shear deformation theory (HSDT), two configurations are analyzed: symmetric and asymmet...
This paper presents a semi–analytical investigation on the buckling and post-buckling behaviors of functionally graded material (FGM) sandwich beams with porosity exposed to uniform temperature rise (UTR). Two sandwich beam models with FGM face sheets and cor...
In this investigation, a laminated composite skew plate with circular cut-outs has been analysed to observe the free vibration and harmonic response by employing the FE package ANSYS. The effect of operating variables like boundary condition, thickness ratio...
Abstract A third-order displacement-based formulation is utilized to model transverse shear and normal deformation phenomena in the bending analysis of simply supported square and rectangular sandwich plate structures. The plate is subjected to transverse loa...
Purpose The purpose of this study is to investigate the effect of geometric imperfections on the transient thermal stress response of functionally graded material (FGM) folded plates subjected to thermal shock loading, which is motivated by the need to enhanc...
This study uses numerical simulations to explore the mechanical behavior of a five-layer functionally graded plate. The setup features a unidirectional gradation that starts with Ti–6Al–4V on the top surface and gradually changes to Inconel 82...
The vibration characteristics of composite sandwich spherical-cylindrical joined shells are jointly governed by geometric differences between the shell segments, sandwich interlayer deformation, and structural connection conditions. When the relative core she...
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