Mailing Address:
AMIC BUILDING
5350 TECHNOLOGY DRIVE
ERIE PA 16510
Research Interests
My research applies simulation techniques across multiple length and time scales to better understand the mechanical response of various materials. Current studies include atomic-scale simulations on dynamic wetting and spreading, capillary driven fluid flow in reactive flow systems, nanosuspension self-pinning phenomenon and direct computation of capillary force constitutive relations for nanosuspension.
Publications
Molecular Dynamics Simulations on Nano-suspension Droplet Impact - November, 2020
Collaborator: Siddharth Ravi, Co-Author
Wetting and Spreading Kinetics of a Nano-suspension Drop via MD Simulations - September, 2020
Collaborators: Viet Le, Co-Author; Siddharth Ravi, Co-Author
Mechanism of Wetting of a Nano-suspension Droplet: Insights from MD Simulations - October, 2019
Collaborator: Viet Le, Co-Author
Particle Effect on the Behavior and Spreading Kinetics of a Nano-suspension Drop: MD Simulations - October, 2019
Collaborators: Weizhou Zhou, Co-Author; Edmund Webb, Co-Author
Self-pinning of a Nanosuspension Droplet: Molecular Dynamics Simulations, Physical review. E - July 18, 2016
Collaborator: Edmund Webb, Co-Author
Embedding Ba Monolayers and Bilayers in Boron Carbide Nanowires, Scientific Reports - October, 2015
Collaborators: Zhiyang Yu, Author; Jian Luo, Co-Author; Jiong Zhao, Co-Author; Martin Harmer, Co-Author; Jing Zhu, Co-Author
Early Stage Spreading: Mechanisms of Rapid Contact Line Advance, Current Opinion in Colloid & Interface Science - October, 2014
Collaborator: Edmund Webb, Author
Education
PhD, Mechanical Engineering, Lehigh University
BS, Engineering Mechanics, Tianjin University