Research interests: solid mechanics, fracture mechanics, in situ mechanical testing, high strain rate/dynamic material response, and processing-structure-property relationships.

Research interests: advanced ceramic electrode and electrolyte materials for solid-state electrochemical energy conversion including solid oxide fuel cells, advanced ceramic materials and processing for electronic applications including photovoltaics (solar cells), and continued development of advanced high-temperature in situ characterizations tools for materials research.

Research interests: lithium-ion batteries, electrolyte and electrolyte additives, gel-polymer electrolytes, electrolytes fillers, solid-state electrolyte glasses, reaction battery catalysis, lithium-air batteries, lithium-sulfur batteries, all-solid-state batteries, and development of in situ analytical tools for the determination of the source of capacity fade and the capacity fade mechanism in various battery systems.

Research interests: Functionalized mesostructured materials (mesoporous and hierarchical silica nanomaterials) engineered for the following applications: Bionanotechnology

Research interests: Heat and Mass Transfer, Computational Fluid Dynamics, Thermal Management, and Energy Simulation, and their applications in HVAC, Buildings, Data Centers, Electronic Cooling, Aerospace, Power Plants, and Solar Energy Technologies.

Research interests: Robotics with applications to infrastructure inspection, autonomous systems, sensor systems, nondestructive evaluation, multi-body dynamics and structural mechanics.

Research interests: Nanostructured materials for solution-processed solar photovoltaics: Gen 2 PV (thin film crystalline absorbers). Advanced functional materials for optoelectronic applications: 2D nanostructures and lasing materials. Chalcogenide nanoparticles for photothermal cancer therapy: CuxS. Sensor design: detecting heavy metals, nitrates and phosphates in water. Engineered nanoparticles: toxicity evaluation.
Nanomaterials Lab