Difference between revisions of "Mikhail Babenkov"

Latest revision as of 18:39, 30 July 2016

Education[edit]

• Ph.D., SPbSPU, Institute of Applied Mathematics and Mechanics, 2013
• M.Sc., Mechanics and Process Control department, SPbSPU, 2010
• B.Sc., Mechanics and Process Control department,SPbSPU, 2008
• Lyceum №632, SPbSPU, 2002-2004

Additional edducation programs[edit]

• International Centre for Mechanical Sciences (CISM), Udine, Italy.

"Generalized Continua from the Theory to Engineering Applications"

Scientific interests[edit]

• Biomechanics
• Classical and hyperbolical thermoelasticity
• Nonlinear waves
• Applications of finite difference method

Educational projects[edit]

We assembled Scott's ^[1] model that demonstrates the non-linear wave behaviour of the sin-Gordon equation.

Scott's model in motion:

I'm deeply gratefull to Andrey Golubchikov, Photomechanics™ for professional video and photographs and to Andrey Murachev for his assistance.

Articles[edit]

1. M.B. Babenkov, E.A. Ivanova, Analysis of the wave propagation processes in heat transfer problems of the hyperbolic type, Continuum Mechanics and Thermodynamics, 2013, DOI: 10.1007/s00161-013-0315-8
2. M.B. Babenkov, Propagation of harmonic perturbations in a thermoelastic medium with heat relaxation, Journal of Applied Mechanics and Technical Physics, 2013, V.5, N.2, P.277-286
3. M.B. Babenkov, Analysis of dispersion relations of a coupled thermoelasticity problem with regard to heat flux relaxation, Journal of Applied Mechanics and Technical Physics, 2011, V.52, N.6, P.941-949

Conferences[edit]

1. M.B. Babenkov, Analysis of wave propagation in Thermoelastic medium with heat flux relaxation // Proceedings of 2nd International Conference on Mechanics of Materials Conference. Paris, France. 2011. P.107;
2. M.B. Babenkov, Dispersion relations in the coupled problem of thermoelasticity // Proceedings of XXXVIII Summer School “Advanced Problems in Mechanics” St. Petersburg, Russia. 2010. P.26;
3. A.I. Borovkov, D.S. Mikhalyuk, M.B. Babenkov, Finite-element modelling of contact stress in human knee with regard to angle of pathologic deformation // Proceedings of XIV National Conference “Fundamental studies and innovations in national research universities” St. Petersburg, Russia. 2010. V.1 P.50-51;
4. Annual International Conference “Days on Diffraction” 2012: “Analysis of the plane wave propagation in a thermoelastic half space with regard to a heat flux relaxation constant”;
5. VI International Scientific Conference on Mechanics “Polyakhov’s reading” 2012: “The dynamic coupled thermoelasticity problem with heat flux relaxation for half-space”;
6. Seminar on Acoustics of East-European Acoustical Association 2011: “Propagation of harmonic waves in thermoelastic continuum with heat flux relaxation”;
7. Seminar on Acoustics of East-European Acoustical Association 2010: “Comparative analysis of various equations of coupled thermoelasticity problem”;
8. Seminar on Acoustics of East-European Acoustical Association 2009: “The dispersion relations in the coupled thermoelasticity”;

Software knowledge[edit]

• ANSYS;
  • modeling of a contact problem in the human knee
• Simple Ware, Official page
  • modeling of human bones, soft tissues and joints
  • layered knee surfaces
• Wolfram Mathematica;
  • analytical investigation of the dynamic problem of coupled thermoelasticity

Contact information[edit]

Babenkov Mikhail Borisovich

• Phone:

• E-mail:

• Skype:

References[edit]

1. ↑ Scott, A.C.: A Nonlinear Klein-Gordon Equation, American Journal of Physics 37(1), 52-61 (1969)