doc. RNDr. Jiří Felcman, CSc.

Scientific results

2019 Number of books: 0, Number of articles in journals: 1, Number of papers in conf. proceedings: 0
FV-DG method for the pedestrian flow problem Vít Dolejší, Jiří Felcman, Petr Kubera
2017 Number of books: 0, Number of articles in journals: 0, Number of papers in conf. proceedings: 1
On the Eikonal Equation in the Pedestrian flow Problem Jiří Felcman, Petr Kubera
2015 Number of books: 0, Number of articles in journals: 1, Number of papers in conf. proceedings: 1
On a numerical flux for the pedestrian flow equations Petr Kubera, Jiří Felcman
Computer simulation of pedestrian crowds using a macroscopic model Petr Kubera, Jiří Felcman
2012 Number of books: 0, Number of articles in journals: 1, Number of papers in conf. proceedings: 0
Adaptive Finite Volume Approximation of the Shallow Water Equations Jiří Felcman, Libor Kadrnka
2011 Number of books: 0, Number of articles in journals: 1, Number of papers in conf. proceedings: 1
On a numerical flux for the shallow water equations Jiří Felcman, Oto Havle
Slope limitation in the higher-order FVM for hyperbolic problems Jiří Felcman, Karel Findejs
2010 Number of books: 0, Number of articles in journals: 0, Number of papers in conf. proceedings: 1
On a moving mesh method applied to the shallow water equations Jiří Felcman, Libor Kadrnka
2009 Number of books: 0, Number of articles in journals: 1, Number of papers in conf. proceedings: 1
On a numerical flux for the shallow water equations Jiří Felcman, Oto Havle
On a Numerical Flux for the Shallow Water Equations Jiří Felcman, Oto Havle
2008 Number of books: 0, Number of articles in journals: 0, Number of papers in conf. proceedings: 3
A comparison of adaptation techniques for the solution of non-stationary flow Jiří Felcman, Petr Kubera
An adaptive finite volume method for non-stationary problems Jiří Felcman, Petr Kubera
An adaptive finite volume method for non-stationary problems Jiří Felcman, Petr Kubera
2007 Number of books: 0, Number of articles in journals: 2, Number of papers in conf. proceedings: 2
A mesh adaptation for non-stationary problems Jiří Felcman, Petr Kubera
Non-reflecting boundary conditions for the compressible Euler and Navier-Stokes equations in the finite volume method Martin Kyncl, Jaroslav Pelant, Jiří Felcman
A comparison of numerical techniques for the solution of flow past an airfoil Jaroslava Prokopová, Miloslav Feistauer, Jiří Felcman, Václav Kučera
A Vertex Quality Parameter Moving Mesh Method Jiří Felcman, Petr Kubera
2006 Number of books: 0, Number of articles in journals: 0, Number of papers in conf. proceedings: 2
A higher-order adaptive method for the Euler equations Jiří Felcman, Petr Kubera
An Adaptive Mesh Method for Hyperbolic Conservation Laws Jiří Felcman, Petr Kubera
2005 Number of books: 0, Number of articles in journals: 2, Number of papers in conf. proceedings: 2
Towards Adaptive Methods for the Modelling of the Compressible Flows Jiří Felcman, Vít Dolejší, Miloslav Feistauer
Towards Adaptive Methods for the Modelling of the Compressible Flows Jiří Felcman, Vít Dolejší, Miloslav Feistauer
Higher-Order Finite Volume Method for Multidimensional Compressible Flow Jiří Felcman, Karel Findejs
Higher-Order Finite Volume Method for Multidimensional Compressible Flow Jiří Felcman, Karel Findejs