Natalya Kizilova

Head of Department, PhD, DSc, dr.hab professor
Natalya Kizilova


















Scientific interests:

  • Aerohydromechanics
  • Bioelectromagnetics
  • Biological growth mechanics
  • Biomechanics in dentistry
  • Biomechanics of cells. Medical image analysis
  • Biomechanics of human muscular-skeletal system
  • BiothermohydroMechanics
  • Blood rheology
  • Environmental flows
  • Flow stability in compliant tubes
  • History and Teaching of biomechanics
  • Liquid filtration in biological porous media
  • Modelling of arterial vasculatures
  • Nanomechanics, nanobiophysics
  • Optimal branching transport networks in nature
  • Plant Biomechanics
  • Pressure waves in fluid-filled tubes (pulse waves in arteries)


  • Teaching courses :

    Introduction to mechanics (1th grade)
    Rheology of continuous media (3th grade)
    Introduction to Biomechanics (3th grade)
    Bioinformatics (3th grade)
    Hydrodynamics of blood circulation (4th grade)
    Scientific Research Activity of Students. Seminar (in English) (4-5th grades)
    Nanorheology (5 grade)
    Finite Elements Method in Mechanics (5 grade)

    Textbooks:

  • Kizilova N.N. A synopsis of lectures on biomechanics. Kharkov, Kharkov Technical University of Radioelectronics Press. 1999. 108p.
  • Kizilova N.N. Glossary of terms on Biomechanics. Kharkov, Kharkov Technical University of Radioelectronics Press. 1997. 65p.
  • Kizilova N.N. Practical exercises on Biomechanics. Kharkov, Kharkov Technical University of Radioelectronics Press. 2000. 48.


  • Lectures, talks at seminars:

  • Pressure waves in branching systems of compliant tubes: application to arterial pulse waves. Lyon. 2004
  • Wave propagation in arterial systems and their models. London. 2005
  • Thermodynamics of biological systems and processes. Budapest. 2008.
  • Temperature and thermoregulation in biological systems. "TEMPERATURE IN NON-EQUILIBRIUM SYSTEMS." Workshop on the occasion of the 70-th anniversary of Prof. Jose Casas-Vazquez. Barcelona. 2008
  • Course of lectures 'Selected Topics in Modern Biomechanics'. Warsaw Technical University, Poland. 2012

  • Patents:

      1. Karpinsky M.Yu., Karpinskaya E.D., Kizilova N.N., Pustovojt B.A., Tyazelov A.A., Hamdony A., Vyrva O.E. Method of indirect estimation of functional state of human muscular skeletal system. Patent #46957 Bulletin N1; 11.01.2010. Patent application U200907801. 24.07.2009.
      2. Kizilova N.N., Cherevko V.A. Method of diagnostics of drug and food allergy. Patent # 57165 Bulletin N3; 10.02.2011. Patent application U201009671; 02.08.2010.
      3. Kizilova N.N., Chystina E.O., Hamadiche M. Method and system of fluid and gas flow stabilization and elimination of vibrations of the pipeline walls. Patent #68407. Bulletin N4; 26.03.2012. Patent application U201109925; 26.08.2011.

    Publications:

    Bioelectromagnetics

    Biomechanics of cells. Medical image analysis

      1. Tishko T., Kizilova N., Tishko D. Holographic Microscopy of Phase Microscopic Objects: Theory and Practice World Scientific Pub. 2010. 97p.

      2. Kizilova N., Tishko T., Tishko D. Analysis of erythrocyte shapes with digital interferential holographic microscopy // III Eurasian Congress on Medical Physics and Engineering “Medical Physics-2010”. Moscow. – 2010. – P.260-262.

      3. Kizilova N.N., Titar V.P., Tishko T.V., Tishko D.N. Experimental and clinical research of variations of the red blood cell biconcave shape. // International School-Conference «Tarapov’s Readings». Book of Abstracts. Kharkov. 2008. P.102-105. [in Russian]

    Blood rheology



    Pressure waves in fluid-filled tubes (pulse waves in arteries)



    Modelling of arterial vasculatures



    Optimal branching networks in nature

    Flow stability in compliant tubes

      1. Kizilova N., Hamadiche M., Gad-el-Hak M. Flow stabilization in compliant ducts: from nature-made to human-made. // Intern. J. Numer. Meth. Applic. – 2011. - vol.6,N1. – P.1-86.

      2. Hamadiche M., Kizilova N. Stability and control of the blood flow in the arterial vessels as multilayered anisotropic tubes. // Euromech Fluid Mechanics Conf. EFMC-9. Book of abstracts. – 2010. – S11-4.

      3. Kizilova N.N., Klepikov V.F., Hamadiche M. Stabilization of the fluid flows in the multilayered tubes from viscoelastic materials. // Proceedings of the Acoustical Symposium 'CONSONANS-2009'. - 2009. – P.201-206.

      4. Kizilova N.N., Klepikov V.F., Hamadiche M. Stabilization of the liquid flows in the multilayered tubes of viscoelastic materials. // Acoustical Sympos. "CONSONANS-2009". Book of Abstracts. Kiev. – 2009. – P.33.

      5. Hamadiche M., Kizilova N. Advanced Composite Materials for Elimination the Flow-Induced Vibrations of Plates and Tubes. // Structural Analysis of Advanced Materials. Eds: M. Karama, C. Atanasiu, G. Papanicolaou, G.Horia. Tarbes. - 2009. – P.96.

      6. Hamadiche M., Kizilova N., Gad-el-Hak M. Suppression of Absolute Instabilities in the Flow inside a Compliant Tube. //Communications in Numerical Methods in Engineering. 2009. vol.25,N5. P.505-531.

      7. Hamadiche M., Kizilova N., Gad-el-Hak M. Suppression of Absolute Instabilities by Appropriate Choice of Rheological Parameters of Anisotropic Viscoelastic Tube Conveying Fluid. //9 Congres de Mechanique. Marrakesh. 2009. p.61-63.

      8. Kizilova N.N., Hamadiche M. Flow stabilization by multilayered viscoelastic coating // Íîâûå ìàòåìàòè÷åñêèå ìîäåëè ìåõàíèêè ñïëîøíûõ ñðåä: ïîñòðîåíèå è èçó÷åíèå, 23–28 àïðåëÿ 2009 ã. Òåçèñû äîêëàäîâ. Íîâîñèáèðñê: Èíñòèòóò ãèäðîäèíàìèêè èì. Ì.À. Ëàâðåíòüåâà ÑÎ ÐÀÍ. – 2009. – Ñ. 169-170.

      9. Kizilova N., Hamadiche M. Flow stabilization by multilayered compliant walls. // XXXVII Summer School “Advanced Problems in Mechanics”. Book of Abstracts. Repino. - 2009. – P.47.

      10. Kizilova N., Hamadiche M., Gad-el-Hak M. Flow in Compliant Tubes: Control and Stabilization by Multilayered Coatings. // Intern. J. Flow Control. - 2009. - v.1,N3. - P.199-211.

    Liquid percolation in biological porous media



    Mechanics of biological growth

    Plant Biomechanics

      1. Kizilova N. Wave propagation in the conducting systems of plants // Proceedings of the Sixth Plant Biomechanics Conference. Ed.:Bernard Thibaut. – 2009. - P. 148-155.



    BioThermoHydroMechanics

      1. Pavlenko I.A., Kizilova N.N. Modelling of heat and mass exchange in fiber reinforced composites // Contemporary problems of mathematics and its applications in natural sciences and information technologies. Book of Abstracts. Kharkov. – 2011. – P. 87-88. [in Russian]

      2. Kizilova N., Szekeres A. Biothermohygromechanics: biomimetic comosites with optimal properties // Intern.conf. “Contemporary problems of mathematics and its applications in natural sciences and information technologies”. Book of abstracts. – Kharkov. – 2011. – P. 13-14.

      3. Kizilova N., Szekeres A. Nature Inspired Optimal Composites. // Course and conference on continuum physics and engineering applications. Book of abstracts. – 2010. – P. 35-36.

      4. Kizilova N.N. Thermodynamic model of heat and mass transfer and motion of liquids in plant leaves //2-nd International conference "Physics of liquid matter: modern problems". - Kyiv. - 2003. - P.173.

      5. Klepikov V.F., Kizilova N.N. Evolutionary optimization of the biofluid flows in Nature. // Book of abstracts of the International school-conference “Tarapov’s readings”. Kharkov. - 2008. – Ñ.59-61.

      6. Szekeres A., Kizilova N.N. Bio-Thermo-Hydro-Dynamics: Theory and Applications. // Book of abstracts of the International school-conference “Tarapov’s readings”. Kharkov. - 2008. – P.251-252.



    Biomechanics of human muscular-skeletal system



    Biomechanics in dentistry

      1. Geramy A., Kizilova N.N., Terekhov L.P. Theoretical analysis of the innerbow asymmetries. //Book of abstracts of the International school-conference “Tarapov’s readings”. Kharkov. - 2008. – Ñ.56-59.

      2. Gutsman Ya., Dasugi B., Kizilova N.N., Kutsevljak V.I. A computer system for image analysis, modelling and planning the orthodontic surgery. // Applied radioelectronics. State and perspectives. 3-rd International Radioelectronic Forum. vol.4. Actual problems of biomedical engineering Kharkov. 2008. P.93-97. [in Russian]

      3. Kizilova N.N., Kutsevljak V.I., Dasugi B. Using of the microimplants in the orthodontic practice and the corresponding problem formulations. // International School-Conference «Tarapov’s Readings». Book of Abstracts. Kharkov. 2008. P.99-102. [in Russian]



    Aerohydromechanics

      1. Sechin R.V, Kizilova N.N. Numerical determination of hydrodynamical coefficients of equations of the solid body motion in infinite liquid. // Book of abstracts of the International school-conference “Tarapov’s readings”. Kharkov. - 2008. – Ñ.61-64.



    Environmental flows

      1. Kizilova N.N. Liquid flow through a tube with rough penetrable walls in nature and technique // Flow and Transport processes in complex obstructed geometries: from cities and vegetative canopies to industrial problems. NATO ASI. – 2004. – P.115-116.

      2. Medinets A.S., Kizilova N.N. Investigation of flows in open channels with vegetation. // International School-Conference «Tarapov’s Readings». Book of Abstracts. Kharkov. 2008. P.117-120. [in Russian]



    Nanomechanics, nanobiophysics



    History and teaching of mechanics


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