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Mostrando publicaciones 1-5 de 5

  • Distribution model of toxic agents and runoff phenomenon in flat aquatic regions 

    Vergaño-Salazar, J. G.; Meyer, João F. C. A.; Cordova-Lepe, Fernando ORCID; Duque-Marín, E. (2020)
    The study presents a model of distribution of toxic agents in flat aquatic regions such as lakes, lagoons, and coastal seas, two sources of pollution are modeled, one from the waste of industrial plants and another one, a ...

  • Impulsive simulation model for the analysis of allergy dynamics 

    Vergaño-Salazar, J. G.; Pastenes, Luis; Córdova-Lepe, Fernando; Mardones-Precht, P. (2020)
    This work approach the analysis of the problems caused by the incidence of allergic diseases, using an impulsive simulation model as a methodological approach, in this, the dynamics of the model is governed by two time ...

  • Mathematical modelling of some poliomyelitis vaccination and migration scenarios in Colombia 

    Duque-Marín, E.; Vergaño-Salazar, J. G.; Duarte-Gandica, I.; Vilches-Ponce, Karina (2019)
    The Poliomyelitis is an acute infection that has not eradicated worldwide. There are two types of vaccines for prevention: the live attenuated virus (OPV) and the inactivated polio virus (IPV). In Colombia, the poliomyelitis ...

  • Model of approximation of a velocity, vorticity and pressure in an incompressible fluid 

    Altamirano-Fernández, Alex; Vergaño-Salazar, J. G.; Duarte-Gandica, I. (2020)
    Generally, the temporary discretization of the Navier-Stokes equations despise the convective term, and consider a boundary ∂Ω = . This paper introduces a Galerkin scheme designed to solve by means of the finite element ...

  • Simulation model for Hashimoto autoimmune thyroiditis disease 

    Salazar, Marcela; Vergaño-Salazar, J. G.; Pastenes, Luis; D'Afonseca, Vívian (2021)
    Hashimoto thyroiditis (HT) is a pathology that often causes a gradual thyroid insufficiency in affected patients due to the autoimmune destruction of this gland. The cellular immune response mediated by T helper lymphocytes ...