Badriev I.B., Banderov V.V.Numerical Solution of the Equilibrium of Axisymmetric Soft Shells // Scientific article. Journal "Transactions of the TSTU", vol. 21 , Tambov. TSTU publisher house , 2015. (pdf-file) Abstract: We consider one axisymmetric problem of the equilibrium position of
a soft rotation shell. Generalized statement of this problem is formulated in the form of variational inequality with a pseudo-monotone operator in Banach space. To solve this variational inequality, we suggest the iterative method. This method was realized numerically. The numerical experiments made for the model problems confirmed the
efficiency of the iterative method.
Frolov S.V., Sindeev S.V., Liepsch D., Balasso A.Development of One-Dimensional Model of Arterial Tree for Multiscale Model of Hemodynamics
for Research of Cerebral Circulation // Journal "Problems of Contemporary Science and Practice" Vernadsky University , Tambov. TSTU publisher house , 2015. (pdf-file) Abstract: The arterial tree model, including description of the upper-body arteries and detailed description of cerebral circulation, is proposed. The model can be used for determination of the hemodynamic parameters in the circle of Willis. The simulation results allows for correct definition of the boundary conditions for the multiscale hemodynamic models.
Frolova M.S., Frolova T.A., Tolstukhin I.A., Tyutyunnik V.M.Information Models of a Medical Device for its Evaluation // Scientific article. Journal "Transactions of the TSTU", vol. 21 , Tambov. TSTU publisher house , 2015. (pdf-file) Abstract: Health-care delivery depends greatly upon the medical devices that are
used in hospitals. The choice and the procurement of medical devices, however, is often influenced by many factors, an example of which, being aggressive marketing policies. For a decision-maker in a hospital it is not feasible economically nor justifiable in practice to procure a medical device without a detailed evaluation and comparison to the
alternatives. In order to optimize the process of medical device procurement and to raise the health-care level, the authors propose a methodology which is based on information modeling.
