Dr. Tuan Zaharinie Binti Tuan Zahari
Department Of Mechanical Engineering
Faculty Of Engineering
tzaharinie@um.edu.my| View CV | |
| ResearcherID Link | |
| Biography | |
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Dr. Tuan Zaharinie Tuan Zahari is currently a Senior Lecturer in Department of Mechanical Engineering, Faculty of Engineering, University of Malaya. She obtained her Bachelor of Engineering in 2006 and Master of Engineering Science in Materials Engineering from University of Malaya. Then, she pursue her study in the field of Advanced Manufacturing Technology - Brazing and was conferred a Ph.D from the same university in the year of 2014. She is the author of over 20 technical papers and 1 chapter in book. Her research field is joining technology and one of her main interest is brazing process for similar or dissimilar materials and porous metal joining. |
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Publication
Finance
| Grant | Progress | Status |
|---|---|---|
| FP097-2018A |
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new |
| GPF063A-2018 |
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new |
| PG164-2016A |
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on going |
| RP035B-15AET |
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on going |
| FP060-2015A |
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end |
| This information is generated from Research Grant Management System | ||
Experimental investigation on drag reduction of flowing crop suspensions of the pulp fibers in circular pipe heat exchanger
Improvement of Methadone Maintenance Treatment (MMT) Process Through Development and Implementation of Methadone Dispenser
Functionalization and exfoliation of graphite into mono layer graphene for improved heat dissipation
A novel, eco-friendly technique for covalent functionalization of grephene nanoplatelets and the potential of their nanofluids for heat transfer applications
The Influence of Adding Porous Interlayer in the Brazing of Ceramic to Metal
Investigation on microstructural and mechanical properties of porous copper heat sink
Brazing Diamond Grits to Stainless Steel using Active Filler Metal and Porous Nickel as Interlayer: Analysis on the Interface of Porous Nickel/Stainless Steel
A Descriptive Analysis to Develop Technologies Capability Database for Rapid Tooling Application.
Computer Application Software to Predict Mechanical Defect on the Built Object Produced By Laser-Based Additive Manufacturing Process