Free-Flight CFD capability has been implemented into the finite-volume solver US3D under the Entry Systems Modeling project. Several simulations of ballistic range experiments have been performed in order to validate the simulation software and methodology. Extension of the software to flight scale trajectories with varying freestream conditions has been carried out. Results show promising ability to predict vehicle behavior as compared to flight. Finally, a multi-body free-flight capability has been developed to generalize the single-body free-flight solver to study multiple bodies in proximal flight
The ballistic missile model analysed in this paper presents a stringer type fuselage having 10 contr...
Design and Manufacture of an Aerodynamic Body that Meets Scaling Law Requirements and Survives Sever...
This work extends existing Galerkin CFD solvers for use in a multi-disciplinary suite. The suite is ...
For several years we have been working on the development of a computational fluid dynamics ballisti...
A computational study of the Adaptive Deployable Entry and Placement Technology (ADEPT) Sounding Roc...
Dynamic CFD simulations of the SIAD ballistic test model were performed using US3D flow solver. Moti...
AbstractA multi-purpose CFD software VFNS (Virtual Flight Navier-Stokes solver) is developed for aer...
The use of computational fluid dynamics has risen in the past decade. With major advances in high pe...
© 2012 Jonathan Brian Da CostaThe simulation of missile systems plays an important role in the devel...
This paper illustrates the application of multibody system dynamics coupled to computational fluid d...
techniques used by Army Airborne Special Forces. A spike in MC-4 main pilot parachute hesitation inc...
This study has been concerned with numerical predictions of the airwakes resulting from two simplifi...
Multibody simulation is a widely used software tool to simulate the dynamic behavior of an aircraft ...
Prediction of flight characteristics of a store in the vicinity of an aircraft is vitally important ...
The goal of this paper was to determine if it was feasible to accurately model the full static angle...
The ballistic missile model analysed in this paper presents a stringer type fuselage having 10 contr...
Design and Manufacture of an Aerodynamic Body that Meets Scaling Law Requirements and Survives Sever...
This work extends existing Galerkin CFD solvers for use in a multi-disciplinary suite. The suite is ...
For several years we have been working on the development of a computational fluid dynamics ballisti...
A computational study of the Adaptive Deployable Entry and Placement Technology (ADEPT) Sounding Roc...
Dynamic CFD simulations of the SIAD ballistic test model were performed using US3D flow solver. Moti...
AbstractA multi-purpose CFD software VFNS (Virtual Flight Navier-Stokes solver) is developed for aer...
The use of computational fluid dynamics has risen in the past decade. With major advances in high pe...
© 2012 Jonathan Brian Da CostaThe simulation of missile systems plays an important role in the devel...
This paper illustrates the application of multibody system dynamics coupled to computational fluid d...
techniques used by Army Airborne Special Forces. A spike in MC-4 main pilot parachute hesitation inc...
This study has been concerned with numerical predictions of the airwakes resulting from two simplifi...
Multibody simulation is a widely used software tool to simulate the dynamic behavior of an aircraft ...
Prediction of flight characteristics of a store in the vicinity of an aircraft is vitally important ...
The goal of this paper was to determine if it was feasible to accurately model the full static angle...
The ballistic missile model analysed in this paper presents a stringer type fuselage having 10 contr...
Design and Manufacture of an Aerodynamic Body that Meets Scaling Law Requirements and Survives Sever...
This work extends existing Galerkin CFD solvers for use in a multi-disciplinary suite. The suite is ...