Haoxiang Luo

Haoxiang Luo is a Professor of Mechanical Engineering and Chair of Mechanical Engineering at Vanderbilt School of Engineering, specializing in theoretical and computational fluid dynamics, computational bio-mechanics, and flow-structure interaction. His work integrates advanced numerical methods with high-performance computing to address complex systems in biological and engineering contexts.

• Vocal Fold Simulation: Leads "Computational modeling of phonation" project for voice disorder diagnosis and surgery planning
• Microfluidics: Studies slurry electrode dynamics for energy storage devices
• Animal Flight: Analyzes hummingbird escape maneuvers using fluid-structure interaction models

His methodological expertise includes immersed-boundary methods, boundary element methods, and finite/spectral element methods, with applications in thermal science, applied mathematics, and control & optimization. He collaborates with Vanderbilt School of Medicine and Medical Innovators Development Program (MIDP) on biomedical projects.

The 15 most recent publications span computational modeling of vocal folds, electrochemical flow capacitors, and hummingbird flight mechanics, demonstrating his interdisciplinary focus on fluid dynamics and bio-mechanical systems. His research incorporates subject-specific modeling techniques, machine learning enhancements, and high-fidelity simulations for both medical and engineering applications.