Ryan Tung

Ryan Tung is an Associate Professor in the Department of Mechanical Engineering at the University of Nevada, Reno. His research focuses on advanced microscopy techniques and microsystems engineering, particularly in atomic force microscopy (AFM) sensor design and dynamics. He leads studies in vibrations, fluid-structure interactions, and viscoelastic material characterization at micro- and nanoscales.

His work emphasizes developing novel sensor geometries for enhanced resolution and accuracy in AFM applications, including contact resonance spectroscopy and biomimetic sensing systems. Recent contributions address dynamic phenomena in high-speed AFM, hydrodynamic effects in microscale environments, and optimization of cantilever dynamics for precise material property measurements.

Key innovations include plate-like sensors for nanometrology, curvature-based stiffening mechanisms, and methodologies for mitigating unexplained artifacts in AFM imaging. His interdisciplinary approach bridges mechanical engineering principles with MEMS fabrication and computational modeling techniques.

Research collaborations span fluid dynamics, aerospace applications of bio-inspired sensors, and advanced material characterization under varying environmental conditions. Current efforts aim to improve AFM sensor versatility for biomedical and industrial nanoscale applications.