Titlebook: Structural Health Monitoring System for Synthetic, Hybrid and Natural Fiber Composites; Mohammad Jawaid,Ahmad Hamdan,Mohamed Thariq Hameed

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Experimental Characterization for Natural Fiber and Hybrid Composites,e to its high impact strength, easy to manufacture the intricate part, high resistance against corrosion, deformation and high thermal stability. Thus, it makes them a good alternative for weight-sensitive applications compared to the traditionally used material. Though synthetic fiber-reinforced co

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Review of Fatigue Responses of Fiber-Reinforced Polymer (FRP) Composite,stics (CFRP) is an advance man-made material with outstanding mechanical properties and thus show potential to replace non-fibrous materials. Besides a good strength-to-weight properties, CFRP are corrosion resistant materials. Abundant of studies were discussing about response of CFRP to cyclic loa

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Predictive Engineering in Structural Application,lines and pressure vessels and also in other corrosion-resistant equipments. They find their extensive usage in industries, civil constructions, automotives, naval and marine applications with crucial differences in engineering loading conditions, operating conditions and environment. Although most

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Preliminary Design of a Low-Resolution Thermography Camera System for Subsurface Defect Detection od to the conventional bus which uses diesel as its energy source. One of the reasons that affect the distance the electric bus can travel is the weight of the bus. The lighter the bus, the longer it can travel. Because of that, a new way of building the chassis and bus body structure that uses the c

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Mechanical Properties of Flax/Kenaf Hybrid Composites,ron microscopy properties. Hybrid composites fabricated by using flax BL150, flax BL200 and kenaf, where the ratio of hybridisation of flax to kenaf is 30:70 by using hand lay-up techniques. The tensile tests, flexural test and compression test were performed using the test machine Instron. The morp

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Effect of Stacking Sequences on the Energy Absorption Performances of the Rectangular-Shaped Crash stigated. Three type of fiber materials are used such as kenaf, glass and carbon fibers. These fibers are wetted with resin and wrapped over the mold. Three stacking sequences are implemented such as Kenaf-Carbon-Glass (KCG), Glass-Kenaf-Carbon (GKC) and Carbon-Glass-Kenaf (CGK) fiber configurations

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Energy Absorption of Tilted Rectangular Composite Crash Boxes, composites. Three types of fiber are used such as glass, carbon and kenaf fibers which are then immersed into polyester resin before they are wrapped around the mold. Quasi-static compression is used to crush the composite tubes and force-displacement responses are obtained. Two important parameter

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