Wenbo Zhan

This study develops a 3D computational framework to model cerebral haemodynamics, arterial wall deformation, and brain tissue motion, benchmarked against in vivo measurements.

This paper develops a validated mechanistic framework to predict brain interstitial transport in vivo using mathematical modeling, imaging, and biomechanical testing, demonstrating its application in sheep brains.

This study uses numerical simulation to analyze drug nanocarrier transport through skin layers and blood, finding diffusion dominance and key parameters for improving delivery effectiveness.