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Experience
Mechanical Designer
Jan 2015 - Sep 2015 (8 months, 1 day)
• Participated in the 3D design of blown film equipment: extruders, screen changers, towers, cast stations
• Performed engineering calculations with respect to strength of materials, temperature, pressure, force, etc. for the completion of the machine designs
• Generated BOMs, and ensured the manufacturing procedures used were cost effective and compliant with product requirements
• Collaborated with electrical engineers and programmers to finalize machine diagrams
Education
Master of Applied Science in Mechanical Engineering
(2 years)
Bachelor of Engineering in Mechanical Design, Manufacturing and Automation
(6 years)
Publications
Cracked and Columnar Thermal Barrier Coating Structures Produced Using Axial Suspension...
Journal of Engineering for Gas Turbines and Power
Oxidation performance of thermal barrier coatings (TBCs) deposited by the axial suspension
plasma spraying (ASPS) method was evaluated under isothermal and cyclic
conditions with a peak temperature of 1080 C. The TBC systems are based on two
nickel-based superalloy substrates (CMSX-4 and IN738LC), platinum aluminide bond
coat (BC), and yttria-stabilized zirconia (8YSZ) top coat (TC) of either vertically cracked
(VC) or columnar structure...
Isothermal Oxidation Behavior of VC and Columnar Structured Thermal Barrier Coatings Deposited by...
Journal of Thermal Spray Technology
The effects of different thermal barrier coating (TBC) top coat structures and substrate alloys on the isothermal oxidation behaviors of TBC systems were investigated at 1080 °C in lab air. The tested TBC systems consisted of two nickel-based superalloy substrates (CMSX-4 and IN738LC), a platinum aluminide bond coat and two 8YSZ top coats (vertical cracked and columnar structured). Samples with IN738LC substrate demonstrated longer isothermal oxidation lives than...
“Effects of substrate material and TBC structure on the cyclic oxidation resistance of TBC systems”
Surface and Coatings Technology
The effects of different substrates (CMSX-4 and IN738LC) on cyclic oxidation behavior of two thermal barrier coatings (TBCs) were investigated in this study. Cyclic oxidation test was conducted at a peak temperature of 1080 °C with 30 min hold time. The TBC systems tested consisted of two nickel-base superalloy substrates (CMSX-4 and IN738LC), a platinum aluminide bond coat and two types of 8YSZ top coat (vertical cracks (VC) and columnar structure)...
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