Add to ORKGVector potential and related methods, for the simulation of both inviscid and viscous flows over aerodynamic configurations, are briefly reviewed. The advantages and disadvantages of several formulations are discussed and alternate strategies are recommended. Scalar potential, modified potential, alternate formulations of Euler equations, least-squares formulation, variational principles, iterative techniques and related methods, and viscous flow simulation are discussed
The MATRICS flow solver calculates the inviscid transonic potential flow about a wing/body semi-conf...
One of the main themes in fluid dynamics at present and in the future is going to be computational f...
A three-dimensional viscous-inviscid interaction analysis was developed to predict the performance o...
A scalar/vector potential formulation for unsteady viscous compressible flows is presented. The scal...
Methods for simulating compressible viscous flow using the viscid-inviscid interaction approach are ...
During preliminary design of an aircraft, high fidelity simulations are not ideal due to their compu...
A variety of practical fluid dynamic problems related to the low-speed, high Reynolds number flow ov...
Potential flow methods have proved very useful in aerodynamics design. Nevertheless their applicatio...
AbstractThis paper deals with the numerical solution of inviscid compressible flows. The three-dimen...
A multiple-grid convergence acceleration technique introduced for application to the solution of the...
The numerical solution of the Euler or Navier-Stokes equations by Lagrangian vortex methods is discu...
An accurate and efficient computational method is needed for three-dimensional incompressible viscou...
Various forms of FP (full potential) equation, spatial differencing schemes, and iterative schemes a...
A Lagrangian method is developed to solve the Euler equations of gas dynamics. The solution of the e...
Transonic viscous-inviscid interaction is considered using the Euler and inverse compressible turbul...
The MATRICS flow solver calculates the inviscid transonic potential flow about a wing/body semi-conf...
One of the main themes in fluid dynamics at present and in the future is going to be computational f...
A three-dimensional viscous-inviscid interaction analysis was developed to predict the performance o...
A scalar/vector potential formulation for unsteady viscous compressible flows is presented. The scal...
Methods for simulating compressible viscous flow using the viscid-inviscid interaction approach are ...
During preliminary design of an aircraft, high fidelity simulations are not ideal due to their compu...
A variety of practical fluid dynamic problems related to the low-speed, high Reynolds number flow ov...
Potential flow methods have proved very useful in aerodynamics design. Nevertheless their applicatio...
AbstractThis paper deals with the numerical solution of inviscid compressible flows. The three-dimen...
A multiple-grid convergence acceleration technique introduced for application to the solution of the...
The numerical solution of the Euler or Navier-Stokes equations by Lagrangian vortex methods is discu...
An accurate and efficient computational method is needed for three-dimensional incompressible viscou...
Various forms of FP (full potential) equation, spatial differencing schemes, and iterative schemes a...
A Lagrangian method is developed to solve the Euler equations of gas dynamics. The solution of the e...
Transonic viscous-inviscid interaction is considered using the Euler and inverse compressible turbul...
The MATRICS flow solver calculates the inviscid transonic potential flow about a wing/body semi-conf...
One of the main themes in fluid dynamics at present and in the future is going to be computational f...
A three-dimensional viscous-inviscid interaction analysis was developed to predict the performance o...