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Dr. Deepak Grover

Assistant Professor
Department of Mathematics

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Education

Degree Specialization University/Institute Name, Year
Ph.D. Mathematics/Applied Mathematics NIT Hamirpur (HP), 2014
M.Sc. Mathematics GJU Hisar, 2006

Research Interests

  • Thermo elasticity, Visco Thermoelasticity, Wave propagation, Numerical Analysis, PDE, Delay Differential Equation
  • Applied Mathematics

Current Courses Taught / Teaching Interest

  • MechanicsMAT0307
  • Mechanics 19BMH0301
  • Number Theory BSM0502
  • Calculus and Linear Algebra 20MA0110

Academic Experience / Industrial Experience

  • Thorough academician and researcher with 7 years of experience in reputed Institutions in India
  • Working in SRM University Sonepat Haryana since May 2020

Achievements / Awards / Recognitions

  • Best Paper Award “Istam-2010” The Indian Society of Theoretical and Applied Mechanics
  • Post-Doctoral Fellowship (2013) National Board of Higher Mathematics, Department of Atomic Energy, Govt. of India
  • Qualified Graduate Aptitude Test in Engineering (GATE) AIR 586/4899 Gate Score 392 in February 2015
  • NPTEL Numerical Methods Topper (August-October 2018) Registration No NPTEL18MA11S213800481810019038

Selected Publications/Working Papers

  • D. Grover (2022) “Analysis of thermoelastic damping and modeling of piezothermoelastic plate resonators with voids” International Journal for Computational Methods in Engineering Science and Mechanics, DOI: 10.1080/15502287.2022.2150720
  • D. Grover (2019) “Clamped-free micro-scale transversely isotropic thermoelastic beam resonators” Microsystem Technologies 25(11) 4269-4276. (IF:1.513; SJR:0.32; H-index: 57)
  • D. Grover and R. K. Seth (2019) “Generalized Viscothermoelasticity Theory of Dual-Phase-Lagging Model For Damping Analysis In Circular Micro-Plate Resonators” Mechanics of Time-Dependent Materials 23(1) 119-132. (IF:1.831; SJR:0.49; H-index: 40)
  • D. Grover and R. K. Seth (2018) “Viscothermoelastic Micro-Scale Beam Resonators Based On Dual-Phase Lagging Model” Microsystem Technologies 24 1667-1672. (IF:1.513; SJR:0.32; H-index: 57)
  • D. Grover (2015) “Damping in thin circular viscothermoelastic plate resonators” Canadian Journal of Physics 93 1597-1605. (IF:1.016; SJR:0.25; H-index: 48)
  • D. Grover (2013) “Transverse vibrations in micro-scale viscothermoelastic beam resonators” Archive of Applied Mechanics 83 303-314. .(IF:1.578; SJR:0.64; H-index: 50)
  • J. N. Sharma, D. Grover and A. L. Sangal (2013) “Viscothermoelastic Waves- A Statistical Study” Journal of Vibration and Control 19(8), 1216-1226. (IF:2.865; SJR:0.84; H-index: 58)
  • D. Grover (2012) “Viscothermoelastic vibrations in micro-scale beam resonators with linearly varying thickness” Canadian Journal of Physics 90 487-496. (IF:1.016; SJR:0.25; H-index: 48)
  • D. Grover, Virendra Kumar and Dinkar Sharma (2012) “A Comparative study of numerical techniques and homotopy perturbation method for solving parabolic equation and non-linear equations”. International Journal for Computational Methods in Engineering & Mechanics 13, 403-407. (SJR:0.39; H-index: 19)
  • D. Grover and J. N. Sharma (2012) “Transverse Vibrations in Piezothermoelastic Beam Resonators” Journal of Intelligent Material System and Structure 23, 77-84. (IF:2.582; SJR:0.71; H-index: 97)
  • J. N. Sharma and D. Grover (2012) “Thermoelastic Vibration Analysis of Mems/Nems Plate Resonators with Voids” Acta Mechanica 223, 167-187. (IF:2.166; SJR:0.9; H-index: 65)
  • Varun, Naveen Sharma, I.K. Bhat and D. Grover (2011) “Optimization of a smooth flat plate solar air heater using stochastic iterative perturbation technique” Solar Energy 85 2331-2337. (IF:4.674; SJR:1.593; H-index: 151)
  • J. N. Sharma and D. Grover (2011) “Thermoelastic vibration in micro-/nano-scale beam resonators with voids”. Journal of Sound and Vibration 330, 2964-2977. (IF:3.123; SJR:1.279; H-index: 156)
  • J. N. Sharma, D. Grover and D. Kaur (2011) “Mathematical modelling and analysis of bulk waves in rotating generalized thermoelastic media with voids”. Applied Mathematical Modelling 35, 3396-3407. (IF:2.841; SJR:0.873; H-index: 93)
  • J. N. Sharma and D. Grover (2009) “Body wave Propagation in rotating thermoelastic media”. Mechanics Research Communications 36, 715-721.(IF:2.229; SJR:0.872; H-index: 58)

Other Information

Association/Membership

  • International Association Of Engineers (IAENG) Membership No. 121698
  • Indian Society Of Industrial And Applied Mathematics (ISIAM) Membership No. G-18 (Life)
  • Indian Mathematical Society, University Of Pune (Receipt No. 1012) Annual Membership
  • International Association of Engineers and Scientists (IAEST)
    Membership No.  012083242      Membership type: IAEST Member
  • Indian Society f Theoretical and Applied Mechanics (ISTAM) 
    Life Membership No. (L-948)
  • Calcutta Mathematical Society Life Membership No. LG/75
    Indian Society of Information Theory and Applications Life Membership No LM-201 
  • Indian Science Congress Association Membership No SLM935
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