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Optimum design of sunken reinforced enclosures under buckling condition
Bidgoli M.O., Kashyzadeh K.R., Koloor S.S.R., Petrů M., Amiri N.
paper, three rectangular aluminum and steel compartments of different conditions and sizes were modeled
Computationally Effective Wideband Worst Case Model of Electromagnetic Wave Penetration between Compartments inside Enclosure
Tsyanenka, D. A., Sinkevich, E. V., Tamashevich, Y., Mordachev, V. I., Arlou, Y. Y., Xie, Ma, Ционенко, Д. А., Синькевич, Е. В., Мордачев, В. И., Орлов, Е. Е.
A wideband worst case model for estimation of electric and magnetic shielding effectiveness
Systematic evaluation of the population-level effects of alternative treatment strategies on the basic reproduction number
Gromov D.
compartment model
Dynamics of local epidemic COVID-19 outbreak through the prism of compartment modeling
Obesnyuk V.F.
processes in a population could be gained with a relatively simple and well-known compartment-model
Spatial patterns and cell surface clusters in perineuronal nets
Arnst N., Kuznetsova S., Lipachev N., Shaikhutdinov N., Melnikova A., Mavlikeev M., Uvarov P., Baltina T., Rauvala H., Osin Y., Kiyasov A., Paveliev M.
on neuronal cell surface in the central nervous system (CNS), have neuroprotective effect in animal models
Intensification of the nitrate anion reduction on a membrane palladium electrode
Petrii O.A., Akbaeva Yu.A., Safonova T.Ya., Kondrasheva V.S., Kolosov E.N., Tsirlina G.A., Gryaznov V.M.
compartment model
Gas thermodynamic conditions of cold air entrainment by natural smoke exhaust system in case of compartment fire
Puzach S.V., Plyushchikov V.G., Vasilyuk I.P., Avdotin V.P., Tung D.T., Hai N.T.
and with numerical experiments using 3D field model of fire gas thermodynamics. It was found that the height of smoke
Reconstitution of Biological Molecular Generators of Electric Current Inorganic Pyrophosphatase
KONDRASHIN A.A., REMENNIKOV V.G., SAMUILOV V.D., SKULACHEV V.P.
of an identical electrolyte content. Addition of inorganic pyrophosphate to the same compartment
Runge–Kutta pairs suited for SIR-type epidemic models
Kovalnogov Vladislav N.
Modeling the infectious diseases concludes in systems of ordinary differential equations (ODEs
Modeling quarantine during epidemics by mass-testing with drones
Sedov Leonid
We extend the classical SIR epidemic spread model by introducing the “quarantined” compartment. We

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