Prof. Dipanshu Bansal
- Heat Transfer, Combustion and Energy Systems
- Materials Modeling and Characterization
- Robotics, Acoustics, Dynamics and Control
- Solid and Fluid Mechanics
Non-Fourier Heat Transfer (in nanomaterials and from nano heat sources such as transistors)
Design of sub-K heat exchangers used in Dilution Refrigerators
Ultrafast temperature measurements
Ultrafast measurement of heat transfer using optical and x-ray spectroscopy (femto-to-nanosecond time scale)
Ultrafast evolution of structural/magnetic/electrical phase transitions in ferroelectrics, multiferroics, thermoelectric, battery materials (superionic conductors), photovoltaics, and quantum materials (femto-to-nanosecond time scale)
Thermal transport and phase transition of nuclear materials
Thermodynamics of phase transitions
Direct probing of atoms, electrons, electron spins and their dynamics using neutrons, x-rays, and optical spectroscopy
IIT Kanpur (2006-2010)
SUNY Buffalo (2010-2014)
Oak Ridge National Laboratory (2014-2017)
Duke University (2017-2018)