Add to ORKGThe topic of this report is to present the application of the Finite Elemente Method on one-dimensional problems of gasdynamics. The calculations describe the propagation of a shock wave in a shock tube. The results will be compared with the predictions of the RANKINE-HUGONIOT Theory for ideal gases
In this work methods and algorithms for calculating gas dynamical effects on selected structures and...
Presented was a method that permits to determine the states and waves in a shock tunnel without any ...
Abstract: The paper is devoted to development of models for description of waves in tubes ...
The reflection of shock waves will be examined by means of the Finite Element Method for different s...
The results from numerical simulations of one-dimensional in viscid and two-dimensional axisymmetric...
An efficient method is developed for calculating the non-equilibrium properties of the test gas in a...
The problem of the detection, formation, and propagation of a fast moving shock in a wholly subsonic...
This report deals with the influence of the chosen set of free variables on the numerical solution o...
This report treats the development of a shock tube solver for the simulation of flows described by ...
2 volsAvailable from British Library Document Supply Centre- DSC:D67042/86 / BLDSC - British Library...
This paper presents numerical simulation of the evolution of one-dimensional normal shocks, their pr...
A finite element model coupled to a numerical representation of one-dimensional wave propagation is ...
A finite element numerical method is developed for the modelling of compressible flows with locally ...
A combined experimental-numerical study was conducted to determine the effect of bleeding on the pro...
The preliminary design of a Ludwieg tube experiment for the verification of the existence of nonclas...
In this work methods and algorithms for calculating gas dynamical effects on selected structures and...
Presented was a method that permits to determine the states and waves in a shock tunnel without any ...
Abstract: The paper is devoted to development of models for description of waves in tubes ...
The reflection of shock waves will be examined by means of the Finite Element Method for different s...
The results from numerical simulations of one-dimensional in viscid and two-dimensional axisymmetric...
An efficient method is developed for calculating the non-equilibrium properties of the test gas in a...
The problem of the detection, formation, and propagation of a fast moving shock in a wholly subsonic...
This report deals with the influence of the chosen set of free variables on the numerical solution o...
This report treats the development of a shock tube solver for the simulation of flows described by ...
2 volsAvailable from British Library Document Supply Centre- DSC:D67042/86 / BLDSC - British Library...
This paper presents numerical simulation of the evolution of one-dimensional normal shocks, their pr...
A finite element model coupled to a numerical representation of one-dimensional wave propagation is ...
A finite element numerical method is developed for the modelling of compressible flows with locally ...
A combined experimental-numerical study was conducted to determine the effect of bleeding on the pro...
The preliminary design of a Ludwieg tube experiment for the verification of the existence of nonclas...
In this work methods and algorithms for calculating gas dynamical effects on selected structures and...
Presented was a method that permits to determine the states and waves in a shock tunnel without any ...
Abstract: The paper is devoted to development of models for description of waves in tubes ...