Mechanical Performance of a New Coir Fiber Laminated Composites

Jia Yao; Ying Cheng Hu; Wei Lu; Jin Li

doi:10.4028/www.scientific.net/AMR.217-218.852

Paper Titles

Chloride Penetration Capacity in NPP Structures Caused by Crack
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The Optimal Application of GA-Improved Wavelet Network in Optical Fiber Sensor
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Automatic Inspection and Classification for Casting of Tractors Chassis Based on Machine Vision Recognition Technology
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Autoclaved Brick from Semi-Dry Desulfuration Ash
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Mechanical Performance of a New Coir Fiber Laminated Composites
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Non-Destructive Testing and Performance Analysis of Glass Fiber Reinforced Soybean Straw Particleboard
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A New Approach in Testing and Evaluating Micro-Cracking Performance of Electroplated Diamond Film (EDF)
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Flaking Failure in Silicon Nitride under Reciprocating Rolling Contact Fatigue
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Effect of Frequency on Fatigue Cracks of Silicon Nitride Balls under Cyclic Loads
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 217-218Mechanical Performance of a New Coir Fiber...

Mechanical Performance of a New Coir Fiber Laminated Composites

Abstract:

In order to overcome the uneven distribution of coir fiber density in the materials and the poor forming of the outer surface, a new type of coir fiber hybrid laminated composites has been developed. The non-woven needle felts of coir fiber are added as the core material, wood veneers are as the surface material, and E-type glass fiber felts are as the reinforcement material, the preparation of hybrid laminated composites has been carried out. Through the performance testing and scanning electron microscopy (SEM) analysis, a new type of biomass composite with excellent performance has been successfully developed. The application of coir fiber to obtain good impact toughness of composites has been effectively verified.