IITKGP

Baidurya Bhattacharya

Professor

Civil Engineering

+91-3222-283422

baidurya@civil.iitkgp.ac.in

Applications are sought for PhD students in Computational Materials Science and Probabilistic Mechanics. Please email your resume! Computational Materials Science: Candidates must have a Bachelor’s/Master’s degree in Civil/ Mechanical/ Aerospace/ Metallurgical Engineering or in Physics/ Materials Science. Excellent knowledge in mechanics and Finite Element modeling, along with reasonable knowledge in Materials Science and/or Composite Materials, is required. Excellent computer programming skills is essential. Familiarity with materials testing methods and a good publishing record will be given preference. Probabilistic Mechanics Candidates must have a Bachelor’s/Master’s degree in Civil/ Mechanical/ Aerospace/ Engineering or in Mathematics/Statistics. Excellent knowledge in Reliability, along with reasonable knowledge in Mechanics and/or Structural Engineering, is required. Excellent computer programming skills is essential. Familiarity with the nuclear power industry and a good publishing record will be given preference. |

Research Areas

Nanomechanics – Role of defects and fluctuations; Elastic properties; Molecular dynamics algorithms; Structure-property optimization; Dissipation and fluctuation theorems

Probabilistic mechanics – Damage and fracture mechanics; Statistical modeling of random load/environmental processes; Structural reliability; Probability based design and acceptance criteria
  • A reliability based measure of structural robustness for coherent systems Bhattacharya B. By Structural Safety 89 - (2021)
  • Continuum damage mechanics analysis of fatigue crack initiation Bhattacharya, B. and Ellingwood, B. R. By International Journal of Fatigue vol. 20, no 9 631-639 (1998)
  • Phonon scattering dynamics of thermophoretic motion in carbon nanotube oscillators Prasad MVD and Bhattacharya B. By Nano Letters 16 (4), pp 2174-2180. - (2016)
  • Heat pump without particle transport or external work on the medium achieved by differential thermostatting of the phase space Patra P. and Bhattacharya B. By Physical Review E vol. 93, no. 3 - (2016)
  • A deterministic thermostat for controlling temperature using all degrees of freedom Patra P. and Bhattacharya B. By Journal of Chemical Physics, AIP vol. 140 - (2014)
  • A Fast Parallel Gauss Jordan Algorithm for Matrix Inversion using CUDA Sharma G., Agarwala A., and Bhattacharya B. By Computers & Structures, Elsevier vol. 128 31-37 (2013)
  • Reliability-based partial safety factors for dual performance level design of prestressed inner containment shells in Indian nuclear power plants Bhattacharya B., Chatterjee A., Agrawal G., and Mondal A. By Nuclear Engineering and Design, Elsevier vol. 256 188-201 (2013)
  • Analyzing Fe-Zn system Using Molecular Dynamics, Evolutionary Neural Nets and Multi-objective Genetic Algorithms Bhattacharya B., G.R. Dinesh Kumar, A. Agarwal, Şakir Erkoç, A. Singh, N. Chakraborti By Computational Materials Science, Elsevier vol. 46, no. 4 821-827 (2009)
  • The Extremal Index and the Maximum of a Dependent Stationary Pulse Load Process Observed above a High Threshold Bhattacharya, B. By Structural Safety, Elsevier vol. 30, no. 1 34 - 48 (2008)
  • Effect of randomly occurring Stone-Wales defects on mechanical properties of carbon nanotubes using atomistic simulation Lu Q. and Bhattacharya B. By Nanotechnology, Institute of Physics vol. 16, no. 4 555-566 (2005)

Principal Investigator

  • Ergodicity of Stochastically Thermostatted SDOF Dynamics
  • JPC Expenses for IITKGP-IGCAR R and D Cell

Ph. D. Students

Aritri Roy

Area of Research: Statistical Mechanics in Materials Science

Md Wamique Mujeebi

Area of Research: Structural Reliability and Optimization

Minangshu Baidya

Area of Research: Computational Probabilistic Mechanics

Tumbalam Gooty Mythri

Area of Research: Multiscale modeling of biomechanical systems