Add to ORKGDevelopment of a prefactored high-order compact scheme for low-speed aeroacoustic
AbstractA family of space- and time-optimised prefactored compact schemes are developed that minimis...
In this paper, we have combined some spatial derivatives with the optimised time derivative proposed...
Direct numerical simulations and computational aeroacoustics require an accurate finite difference s...
A new class of cost-optimized prefactored high-order compact schemes, developed for shock-free error...
The numerical simulation of aeroacoustic phenomena requires high-order accurate numerical schemes wi...
A family of space- and time-optimised prefactored compact schemes are developed that minimize the co...
A new family of prefactored cost-optimized schemes is developed to minimize the computational cost f...
The current status of the development of a preconditioning scheme for low Mach numbers applicable to...
This work documents the development of a three-dimensional high-order prefactored compact finite-dif...
A variety of aeroacoustic problems involve small-amplitude linear wave propagation. Highorder scheme...
The space-time conservation element and solution element (CE/SE) scheme has caught many attentionin ...
Development of a multi-block interface for a high-order compact scheme applied to sound scattering p...
Development of a multi-block interface for a high-order compact scheme applied to sound scattering p...
Computing sound directly from unsteady flows featuring large-scale instabilities requires numerical ...
The numerical simulation of aeroacoustic phenomena requires high-order accurate numerical schemes wi...
AbstractA family of space- and time-optimised prefactored compact schemes are developed that minimis...
In this paper, we have combined some spatial derivatives with the optimised time derivative proposed...
Direct numerical simulations and computational aeroacoustics require an accurate finite difference s...
A new class of cost-optimized prefactored high-order compact schemes, developed for shock-free error...
The numerical simulation of aeroacoustic phenomena requires high-order accurate numerical schemes wi...
A family of space- and time-optimised prefactored compact schemes are developed that minimize the co...
A new family of prefactored cost-optimized schemes is developed to minimize the computational cost f...
The current status of the development of a preconditioning scheme for low Mach numbers applicable to...
This work documents the development of a three-dimensional high-order prefactored compact finite-dif...
A variety of aeroacoustic problems involve small-amplitude linear wave propagation. Highorder scheme...
The space-time conservation element and solution element (CE/SE) scheme has caught many attentionin ...
Development of a multi-block interface for a high-order compact scheme applied to sound scattering p...
Development of a multi-block interface for a high-order compact scheme applied to sound scattering p...
Computing sound directly from unsteady flows featuring large-scale instabilities requires numerical ...
The numerical simulation of aeroacoustic phenomena requires high-order accurate numerical schemes wi...
AbstractA family of space- and time-optimised prefactored compact schemes are developed that minimis...
In this paper, we have combined some spatial derivatives with the optimised time derivative proposed...
Direct numerical simulations and computational aeroacoustics require an accurate finite difference s...