Mazlee Mohd Noor
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Preferred name
Mazlee Mohd Noor
Official Name
Mazlee, Mohd Noor
Alternative Name
Mohd Noor, Mazlee Noor
Mohd Noor, Mazlee
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Scopus Author ID
35262460300
Researcher ID
F-5219-2010

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The effect of cuznfe2o4 on mechanical properties and thermal conductivity of abs manufactured using 3d printer

2020-01-01 , Hamzah K.A. , Yeoh C.K. , Mazlee Mohd Noor , Teh Pei Leng , Sazali S.A. , Wan Mohd Arif W Ibrahim

The aim of this study is the development of the ABS-CuZnFe2O4 composites using 3D printer. In this study, the effect of filler loading on the mechanical properties and thermal conductivity is examined. The result shows that at highest filler loading (14 wt%) the tensile strength was improved approximately 98% while the Young’s modulus increased about 23% compared to unfilled specimen. Meanwhile, the percentage of elongation decrease approximately about 49% when filled with 14 wt% of filler. The CuZnFe2O4 filler shows a greater effect on hardness value of the composites around 498% at maximum filler content. The thermal conductivity of the ABS increased up to 60% at full capacity of filler.

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Mechanical properties and thermal and electrical conductivity of 3D printed ABS-copper ferrite composites via 3D printing technique

2022-01-01 , Hamzah K.A. , Yeoh C.K. , Mazlee Mohd Noor , Teh Pei Leng , Aw Y.Y. , Sazali S.A. , Wan Mohd Arif W Ibrahim

This study examines the effect of particulate reinforcement on the mechanical properties of 3D printed acrylonitrile–butadiene–styrene (ABS). Copper ferrite (CuFe2O4) as a reinforcer with various loadings was used to print ABS composite specimen, namely, 8, 11 and 14 wt%. Mechanical testing such as tensile test and hardness test was performed on the printed samples. Specimens with 14 wt% of CuFe2O4 showed a 135% increase in tensile strength compared to the pure ABS specimens. Specimens printed with 14 wt% of CuFe2O4 are 14% harder compared to the pure ABS specimens. Thermal conductivity increased 93% for specimen loaded with 14 wt% reinforcer. Electrical conductivity shows a one-order increase for composite specimen compared to control specimen.

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