Study Reinforcement Patterns for Hardness and Impact of 3D Printed Carbon/Glass Fiber- Nylon

Abo-Alash, Dina; Moustafa, Essam Bahgat; Mohamed, Samah Samir; Mahmoud, Tamer Samir; Mosleh, Ahmed Omar

doi:10.21608/bjas.2025.369798.1633

	Study Reinforcement Patterns for Hardness and Impact of 3D Printed Carbon/Glass Fiber- Nylon
Benha Journal of Applied Sciences
Volume 10, Issue 4, April 2025, Page 27-33 PDF (608.15 K)
Document Type: Original Research Papers
DOI: 10.21608/bjas.2025.369798.1633
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Authors
Dina Abo-Alash ¹; Essam Bahgat Moustafa ²; Samah Samir Mohamed³; Tamer Samir Mahmoud⁴; Ahmed Omar Mosleh⁵
¹Mechanical Engineering Department, Faculty of Engineering-Shoubra, Benha University, Cairo,11629, Egypt
²Mechanical Engineering Department, Faculty of Engineering, King Abdulaziz University, Sudi Aribia.
³Mechanical Engineering, Soubra Faculty of Engineering, Benha University.
⁴Mechanical engineering, shoubra faculty of engineering, Benha University
⁵mechanical engineering, shoubra faculty of engineering, Benha university.
Abstract
The purpose of this paper was to investigate the hardness and impact properties of 3D printed Carbon/Glass fiber hybrid composites. Automotive and aircraft industrial are usually used composites. Mixing of two composite materials was improving mechanical properties and reduce ongoing costs. This study also illustrates the method of samples that needs to be prepared for experimental, samples made of polymer-based materials reinforced by carbon and glass fiber hybrid composites at various building angles. The idea behind the study was to investigate the effects of various orientation angles in sections {45°, 30°, and 180°} on the hardness and impact properties of the parts. The aim was to assess the results of changes in the orientation angle of the building relative to hardness and impact properties of the hybrid composite characterization process. The experimental work found that; The best effect of building orientation angle in Hardness at 45° and in Impact at 180°.
Keywords
Additive Manufacturing (AM); Hybrid Composites; Building Orientation Angles; Mechanical Properties


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