Transient and steady-state modeling
of single and multi-phase flow systems with and without
chemical reaction
Heterogeneous catalysis
and adsorption/desorption systems
Analysis of boundary-layer,
particle-to-particle, and intra-particle heat and mass
transport
Characterization and
detection of nonlinear instabilities, bifurcations,
and chaos
Applications of nonlinear
system identification, time series analysis, prediction,
and control
Specialized expertise
in fluidized bed reactors, combustion, and engine exhaust
aftertreatment
Experienced with both
detailed computational models (e.g., utilizing advanced
parallel computation) and low-order monitoring/control
models
