Modeling the evolution of residual stresses in thermally sprayed YSZ coating on stainless steel substrate

A Fardan, R Ahmed - Journal of Thermal Spray Technology, 2019 - Springer
This study is based on Eulerian method to model residual stresses for yttrium-stabilized
zirconia coating applied to stainless steel substrate. A commercially available finite element …

Numerical investigation of air entrapment dynamics for high-speed thermal spraying

H Ge, K Wang, J Chen, R Zhu, M Lazarus, D Yan - Applied Sciences, 2022 - mdpi.com
For thermal spraying, bubble entrapments are highly undesired, as this would lead to pores
in the final coating and lower its adhesion quality. This understanding warrants an …

[PDF][PDF] Numerical Modeling of an Alloy Droplet Deposition with Non-Equilibrium Solidification

V Ramanuj - 2016 - mavmatrix.uta.edu
I would like to thank Dr. Albert Tong, my supervising professor for the time and support
provided during my graduate studies. His belief in my abilities motivated me to achieve …

Numerical Study on Successive Liquid Metal Alloy Droplet Depositions

V Adaikalanathan, AY Tong - International …, 2019 - asmedigitalcollection.asme.org
Successive liquid metal alloy droplet impingements find extensive applications in additive
manufacturing technologies and a detailed knowledge about the flow behavior, phase …

[PDF][PDF] School of Engineering and Physical Sciences Mechanical Engineering

A Fardan - 2018 - researchgate.net
The formation of residual stresses in a thermally sprayed component affects the durability of
the coating/substrate system. The current experimental techniques used to evaluate residual …

[PDF][PDF] Numerical Study on Morphology and Solidification Characteristics of Successive Droplet Depositions on a Substrate

V Adaikalanathan - 2016 - mavmatrix.uta.edu
Evolution of conventional two-dimensional printing to construct three dimensional objects
has brought about a plethora of applications in the field Additive Manufacturing (AM). Due to …