The glass-reinforced laminated composite is widely used in place of conventional structural materials. glass fiber composites demonstrate outstanding strength the uniaxial direction. effect carbon nanotube reinforcement percentage on flexural polymer investigated this article. final laminates has been found to improve by reinforcing Carbon nanotube. small incorporation MWCNT improves up 51.3%. ...

The Ti–Al3Ti–Al laminated composites with different Al contents were prepared by vacuum hot pressing sintering technology. effects of content on the dynamic mechanical properties studied using combination Split Hopkinson Pressure Bar experiment and finite element analysis. results showed that changes fracture mode composites. without have higher brittleness lower strain. containing 10–15%Al bet...

NASA has been a leader in development of composite materials for aircraft applications during the past 25 years. In the early 1980’s NASA and others conducted research to improve damage tolerance of composite structures through the use of toughened resins but these resins were not costeffective. The aircraft industry wanted affordable, robust structures that could withstand the rigors of flight...

Complex composite parts, and especially curved laminated composites, are more subject to defects than flat laminates. One of the most common is presence wrinkles, which can occur in radius curvature. Wrinkle effects must be studied evaluate their influence on mechanical properties composites. In this study, a numerical model was developed take wrinkle local delamination into consideration asses...

A comprehensive review of the fundamentals and applications epsilon-negative materials is presented in this paper. Percolative composites, as well homogeneous ceramics or polymers, have been investigated to obtain tailorable properties. It's confirmed anomalous property can be realized conventional materials. Meanwhile, from perspective science, relationship between negative permittivity compos...

This paper presents the manufacturing development of laminated Carbon Fibre Reinforced Thermoplastics Polymer (CFRTP) specimens, which show significant improvement mechanical properties in comparison with existing thermoplastic composites. There is a need to improve structural performance composites by using fully integrated chopped and continuous carbon fibre bundle into resin matrix shape var...

Deep drawing process is one of the most applicable methods in producing industrial parts. In this process, the initial blank deforms to final product using a rigid punch and die. In this investigation, the effect of deep drawing process parameters of brass/steel laminated sheet composites on required forming force has been investigated. The process simulated using finite element method (FEM) an...

in this study, behavior of pin-loaded glass fiber reinforced with polyethylene laminated composites with different stacking sequence and different dimensions has been observed experimentally and stress analysis was performed using ansys software. the aim is to investigate stresses, failure strength and failure mode of composite laminates containing a pin loaded hole when the material exhibits l...

Delamination is one of the most common failure modes in composite structures. In particular, when the laminated composites are subjected to compressive loads, delamination becomes a constraint in the design process. In this study, the system is modeled as a plate supported by an elastic foundation. The elastic adhesive layer between the buckled sublaminates is represented by some parallel sprin...

This review encompasses the fundamental aspects of electrophoretic deposition technique, factors influencing the deposition process, kinetic aspects, types of EPD, the driving forces, preparation of electrophoretic suspension, stability and control of suspension, mechanisms involved in EPD, multicomponent/composite deposition, drying of deposits obtained by EPD. Numerous applications including ...