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Crashworthiness evaluation of hybrid tubes made of GFRP composite and aluminum tubes filled with honeycomb structures
Metal/composite hybrid tubes are potential candidates for crashworthy products having less weight and low cost compared to conventional crash boxes....
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Additive Manufacturing and Joining of Metal-Polymer/Composite Hybrid Structures in Aviation
In light of stringent environmental regulations, engineers and designers are under increasing pressure to reduce the structural weight of...
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Investigation and optimization of energy absorption performance of axially joined metal and composite foam-filled hybrid tubes
Hybrid structures attract attention because they eliminate the disadvantages of composite and metal materials and have many potential applications....
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Passive and Active Vibration Control of Hybrid Composite Sandwich Beam
Vibration control is a rapidly develo** field and research is being carried out on different methods to attenuate the harmful vibration levels....
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Problem Description and a Study of Reinforcement Components to Produce Composite Hybrid Structures
AbstractThe authors suggest a new approach to combine polymer composite and metal components in a single product that is based on the idea to...
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FE Modelling of Vibrational Parameters of Viscoelastic CNT–CFRP Hybrid Spherical Shell Structures
IntroductionThe finite element modelling for vibrational behaviour of viscoelastic carbon nanotubes -carbon fiber reinforced polymer (CNT...
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Nanoceramics as Reinforcement for Polymer Matrices and Composite Materials for Aircraft Structures
In the recent development of structural composite materials, there is an approach to enhancing existing and synthesis of new, strong, and resistant...
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Equivalent homogenization design method for stretching-bending hybrid lattice structures
An efficient and accurate equivalent design method for hybrid lattice structures is proposed. First, the equivalent mechanical properties of the...
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Establishment and simplification of micromechanical material model for viscoelastic woven fabric/hybrid composite
The present research focuses on proposing a novel theoretical micromechanical model (TMM) designed to derive the frequency-dependent storage and loss...
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Investigation of interfacial shear strength of hybrid fibre-reinforced polyamide composite structures made by fused granular fabrication and automated tape laying
Fused granular fabrication (FGF), a technology within the framework of large format additive manufacturing (LFAM), focuses on cost-effective...
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Experimental Investigation on Shear Connectors for Glulam-UHPC Composite Structures
The combination of glulam timber and concrete has shown to have significant potential for sustainable building design, exploiting the compressive...
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Computational Modelling and Mechanical Characteristics of Polymeric Hybrid Composite Materials: An Extensive Review
This study explores the reinforcement of foreign materials (fibers/particles) in polymeric composites, aiming to improve structural characteristics...
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Crashworthiness analysis and multi-objective optimization of a novel metal/CFRP hybrid friction structures
This paper introduces a new hybrid friction energy-absorbing structures (HFEAS), which is consisting of a bearing bush, an anti-creeper device, a...
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Evaluation and Analysis of Elastic and Mechanical Characteristics of Hybrid Composite Incorporating Banana Fiber, Kenaf Fiber, and Nano-CaCO3
The use of nano-fillers as reinforcement in natural fibers-based hybrid composites has gained prominence in multiple sectors in recent years because...
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Exploring the Mechanical and Thermal Properties of Novel Abaca/Aramid Hybrid Composite with CaCO3 Filler
Natural fibre-reinforced composites’ thermal properties and longevity present specific challenges when used in real-world use cases that require...
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Experimental and Numerical Modal Analysis of Hybrid Fiber-Reinforced Epoxy Composite Leaf Springs
In this study, the effect of reinforcement type on the dynamic properties of fiber-reinforced epoxy composite leaf springs was investigated...
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Low-cost development of a fully composite fixed-wing hybrid VTOL UAV
Fixed-wing hybrid vertical take-off and landing (VTOL) unmanned aerial vehicles (UAV) are popular due to their interoperability in the military and...
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Design of Concrete-Filled Steel Tubular (CFST) Hybrid Structures
This chapter describes the working mechanism of trussed CFST hybrid structures and concrete-encased CFST hybrid structures, and introduces the...
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Studies on mechanical and morphological behaviors of banyan/kevlar fibers reinforced MgO particulates hybrid aliphatic epoxy composite
Numerous engineering applications that employ hybrid composites reinforced with natural fibers in order to reduce the use of synthetic materials. In...
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Effect of Different Hybrid Configurations on the Static and Vibration Analysis of Perforated Composite Laminates
The proposed research paper aims to examine the effects of different hybrid configurations and cutouts on the static and dynamic analysis of...