We advance process system engineering methods to design more energy efficient separation networks
using uncertainty analysis and mathematical programming for integrated design and control of chemical processes.
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Complex Biosystems
We explore the action of novel drug leads using whole-body physiologically-based pharmacokinetic models.
We study blood flow and autoregulation of the cerebral vasculature.
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Brain Physics
Research on rigorous computational fluid mechanics and biomechanics for the interaction of cerebral blood,
CSF and brain parenchyma. Medical imaging is used to predict drug transport in the central nervous system. (...)
Design and Control Integration
Energy Efficient Separation Sequences
Physiologically-based Pharmacokinetics
Modeling and Control of Cerebral Vasculature
Magnetically-guided Nanoparticle Delivery
Medical Imaging for in-vivo Fluid Flow and Transport