The design of novel strong, stiff and tough composite systems using the shear-lag analysis and Halpin-Tsai models

Fasanya, I., 2021. The design of novel strong, stiff and tough composite systems using the shear-lag analysis and Halpin-Tsai models. PhD, Nottingham Trent University.

Thesis - Isaiah Fasanya N0666228_2021.pdf - Published version

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Composite materials have gained wide applications, including advanced technology and engineering applications. This is primarily due to many advantages composite materials provides which include specific strength and specific modulus. Strength, stiffness (modulus) and toughness are often desired in composite materials. However, strength and toughness are mutually exclusives; therefore, the challenge to retain these trio-mechanical properties in composite materials without sacrificing one for another have proved daunting. Contrary to human-made material is nacre which is a natural existing type of composite material that have been able to circumvent the challenge and retained the trio mechanical properties. Taking into consideration existing composite reinforcement technologies, fibre reinforcement and nanocomposite which have evolved and adapted to various applications yet to achieve composite material that is sufficiently strong and stiff while maintaining toughness. Therefore, through modelling analysis, this research assesses the feasibility of fabricating composite material with enhanced strength and stiffness while maintaining toughness. An approach which involves identifying an ideal type of reinforcement filler with adequate strength and stiffness to enhance composite material which could be manoeuvred such that the reinforcement filler aspect ratio is within proximity to the composite material system critical aspect ratio for toughness to be maintained.

Item Type: Thesis
Creators: Fasanya, I.
Date: February 2021
Divisions: Schools > School of Science and Technology
Record created by: Linda Sullivan
Date Added: 16 Jun 2022 13:25
Last Modified: 16 Jun 2022 13:25

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