Julio Cesar Lombaldo Fernandes

Português: Pós-Doutor em Matemática Aplicada pela Universidade Federal do Rio Grande do Sul. Mestre em Matemática Aplicada pela Universidade Federal do Rio Grande do Sul com término em julho de 2011, Bacharel em Matemática Aplicada pela Universidade Federal do Rio Grande do Sul. Experiência com pesquisa na área de Mecânica de Fluidos e Modelagem Matemática de Ondas Oceâncias. Atualmente trabalhando com Fenômenos de Transporte, bem como Física de Reatores Nucleares, Problemas de Cinética em Reatores e problemas de fonte fixa em diversos tipos de geometria, atuando principalmente com a equação de transporte aplicada a Reatores Nucleares do tipo ADS (Accelerate Driven Systems). English: Posdoctoral and PhD in Applied & Computational Math on Federal University of Rio Grande do Sul (08/2011-06/2015). Master in Applied & Computational Math on Federal University of Rio Grande do Sul (03/2010-04/2011), Bachelor in Applied Mathematics on Federal University of Rio Grande do Sul (03/2006-12/2009). Experience with research in Fluid Mechanics and Mathematical Modeling of Oceans Waves, based in System of Partial Differntial Equations. Currently working with Transport Phenomena and Physics of Nuclear Reactors, Problems of Kinetics in Reactors and source problems in different kinds of geometry, working mainly with The Neutron Transport Equation Applied to the ADS Nuclear Reactors (Accelerate Driven Systems), based in Pulsed Sources and Study of Space Asymptotic Method.

Posdoctoral and PhD in Applied & Computational Math on Federal University of Rio Grande do Sul (08/2011-06/2015). Master in Applied & Computational Math on Federal University of Rio Grande do Sul (03/2010-04/2011), Bachelor in Applied Mathematics on Federal University of Rio Grande do Sul (03/2006-12/2009). Experience with research in Fluid Mechanics and Mathematical Modeling of Oceans Waves, based in System of Partial Differntial Equations. Currently working with Transport Phenomena and Physics of Nuclear Reactors, Problems of Kinetics in Reactors and source problems in different kinds of geometry, working mainly with The Neutron Transport Equation Applied to the ADS Nuclear Reactors (Accelerate Driven Systems), based in Pulsed Sources and Study of Space Asymptotic Method.