A new and simplified front tracking algorithm has been developed as an aspect of the extension of this algorithm to three dimensions. Here the authors emphasize two main results: (1) a simplified description of the microtopology of the interface, based on interface crossings with cell block edges, and (2) an improved algorithm for the interaction of a tracked contact discontinuity with an untracked shock wave. For the latter question, they focus on the post interaction jump at the contact, which is a purely 1D issue. Comparisons to other methods, including the level set method, are included
The representation of interfaces by means of the algebraic moving-least-squares (AMLS) technique is ...
Abstract. A front tracking method for inviscid gas dynamics is presented. The key construc-tions and...
. Non--strictly-hyperbolic and mixed-type conservation laws pose a challenge to computational method...
. We discuss the application of front tracking to the simulation of shock reflections and shock acce...
An overview is given of special numerical methods for tracking discontinuous fronts and interfaces. ...
An overview is given of special numerical methods for tracking discontinuous fronts and interfaces. ...
AbstractFront tracking is a method for solving conservation laws in which the evolution of discontin...
We present a simple approach to shock tracking in conjunction with conservative high resolution shoc...
In the present paper,a new front tracking method is proposed for tracking material interfaces and de...
Front Tracking is a methodology which uses computational geometry to provide numerical solutions of ...
A new front tracking method is developed through using Lagrangian particles marked by their extended...
A new shock-tracking technique that avoids re-meshing the computational grid around the moving shock...
In this paper, a high-resolution front tracking method was presented for interface tracking simulati...
The present level-set-algorithm describes a front-tracking method to calculate discontinuities of fl...
this paper. The semiconductor manufacturing industry has various codes for studying the two dimensio...
The representation of interfaces by means of the algebraic moving-least-squares (AMLS) technique is ...
Abstract. A front tracking method for inviscid gas dynamics is presented. The key construc-tions and...
. Non--strictly-hyperbolic and mixed-type conservation laws pose a challenge to computational method...
. We discuss the application of front tracking to the simulation of shock reflections and shock acce...
An overview is given of special numerical methods for tracking discontinuous fronts and interfaces. ...
An overview is given of special numerical methods for tracking discontinuous fronts and interfaces. ...
AbstractFront tracking is a method for solving conservation laws in which the evolution of discontin...
We present a simple approach to shock tracking in conjunction with conservative high resolution shoc...
In the present paper,a new front tracking method is proposed for tracking material interfaces and de...
Front Tracking is a methodology which uses computational geometry to provide numerical solutions of ...
A new front tracking method is developed through using Lagrangian particles marked by their extended...
A new shock-tracking technique that avoids re-meshing the computational grid around the moving shock...
In this paper, a high-resolution front tracking method was presented for interface tracking simulati...
The present level-set-algorithm describes a front-tracking method to calculate discontinuities of fl...
this paper. The semiconductor manufacturing industry has various codes for studying the two dimensio...
The representation of interfaces by means of the algebraic moving-least-squares (AMLS) technique is ...
Abstract. A front tracking method for inviscid gas dynamics is presented. The key construc-tions and...
. Non--strictly-hyperbolic and mixed-type conservation laws pose a challenge to computational method...