Department of Civil Engineering

· Vibrations of macro-structures due to moving inertial forces

· Nonlocal continuum-based modeling of nanostructures

· Dynamic interactions between moving nanoparticles and nano-scaled tubes and plates

· Nanofluidic flow-induced vibrations in carbon nanotubes

· Magneto-thermo-elastic vibrations of nanostructures

· Vibrations of magnetically affected current-carrying nanowires and their interactions via nonlocal-surface elasticity models

· Dynamic analysis of poroelastic structures acted upon by dynamic loads

· Thermo-elasto-dynamic field analysis of rotating annular nanoplates, nanodisks, and nanowires in thermal environments

· Mechanical behavior of current-carrying beam-like nanostructures in the presence of magnetic fields and their dynamic interactions

· Mechanics of damages and defects in macro-structures

· Modeling of reinforcement corrosion and its effects on the surrounding matrix

· Computational mechanics including numerical analyses of nano/macro structures using meshless techniques (such as RKPM, GRKPM, EFG, MLSM, GMLSM) as well as finite element and finite difference methods

Research fields of interest:

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