Mahavir Singh
Post Doctoral Research Assistant
Degrees
Ph.D., Indian Institute of Technology Bombay
M.Tech., Indian Institute of Technology Delhi
B. Tech., Kurukshetra University
M.Tech., Indian Institute of Technology Delhi
B. Tech., Kurukshetra University
Contact
701 W. Stadium Ave.
West Lafayette, IN 47907-2045
West Lafayette, IN 47907-2045
Interests
Mechanics:
Shock deformation in materials, Small-scale in-situ experiments, High-temperature behavior of materials, Fracture mechanics
Materials:
Superalloys, High-entropy alloys and coatings, Materials in extreme conditions, Multi-layered systems of materials, Interfaces
Shock deformation in materials, Small-scale in-situ experiments, High-temperature behavior of materials, Fracture mechanics
Materials:
Superalloys, High-entropy alloys and coatings, Materials in extreme conditions, Multi-layered systems of materials, Interfaces
Awards and Major Appointments
3rd Place Post Doctoral Researcher Poster Presentation at ICF15, year 2023 “FULL FIELD MEASUREMENT OF SHOCK COMPRESSION DEFORMATION ACROSS THE CRYSTAL BINDER INTERFACE OF PDMS-SUCROSE USING TIME RESOLVED RAMAN SPECTROSCOPY”
Best M. Tech. Thesis Award, IIT Delhi for the batch 2011-2013
Josh of Aravali, IIT Delhi for the year 2012-2013
Best Incoming Student, Aravali Hostel, IIT Delhi for the year 2011-2012
Haryana Gaurav Purushkar for the year 2004 (State level academic award)
Best M. Tech. Thesis Award, IIT Delhi for the batch 2011-2013
Josh of Aravali, IIT Delhi for the year 2012-2013
Best Incoming Student, Aravali Hostel, IIT Delhi for the year 2011-2012
Haryana Gaurav Purushkar for the year 2004 (State level academic award)
Research Areas
Mechanical behavior of materials;
Design and development of environmental-controlled in-situ experiments;
Shock loading, Thermo-mechanical loading, and hyper-velocity impacts
Raman Spectroscopy, Digital Image Correlation, Photon Doppler Velocimetry, Thermography and Microstructural Analysis
Design and development of environmental-controlled in-situ experiments;
Shock loading, Thermo-mechanical loading, and hyper-velocity impacts
Raman Spectroscopy, Digital Image Correlation, Photon Doppler Velocimetry, Thermography and Microstructural Analysis