A new paradigm for computing fluid flows is the use of Graphics Processing Units (GPU), which have recently become very powerful and convenient to use. In the past three years, we have implemented five different fluid flow algorithms on GPUs and have obtained significant speed-ups over a single CPU. Typically, it is possible to achieve a factor of 50-100 over a single CPU. In this review paper, we describe our experiences on the various algorithms developed and the speeds achieved
Key words: graphics processing units, unstructured finite volume method, computational fluid dynam...
CFD computations are very important in the design process of new products that interact with fluids....
This report presents steps towards accelerating Fluidity, a general-purpose com-putational fluid dyn...
The Computational Fluid Dynamics code OVERFLOW includes as one of its solver options an algorithm wh...
Modern graphics hardware has emerged as a lowcost massively parallel computing platform, allowing sc...
Modern graphics processing units (GPU) provide architectures and new programming models that enable ...
The paper presents the results of the implementation of computational algorithms of hydrodynamics fo...
Computational fluid dynamics (CFD) is an area of fluid mechanics that involves using numerical metho...
Graphics processing units function well as high performance computing devices for scientific computi...
Computational Fluid Dynamics (CFD) simulations are aimed to reconstruct the reality of fluid motion ...
Graphics processor units (GPU) that are originally designed for graphics rendering have emerged as m...
This webinar discusses how NVIDIA GPUs and NVIDIA CUDA can enable high-fidelity Computational Fluid ...
Computational fluid dynamics has seen a surge of popularity as a tool for visual effects animators o...
Abstract — By a rapid development of Graphics Processing Unit (GPU) in recent years, the programmabi...
Graphics processor units (GPU) that are traditionally designed for graphics rendering have emerged a...
Key words: graphics processing units, unstructured finite volume method, computational fluid dynam...
CFD computations are very important in the design process of new products that interact with fluids....
This report presents steps towards accelerating Fluidity, a general-purpose com-putational fluid dyn...
The Computational Fluid Dynamics code OVERFLOW includes as one of its solver options an algorithm wh...
Modern graphics hardware has emerged as a lowcost massively parallel computing platform, allowing sc...
Modern graphics processing units (GPU) provide architectures and new programming models that enable ...
The paper presents the results of the implementation of computational algorithms of hydrodynamics fo...
Computational fluid dynamics (CFD) is an area of fluid mechanics that involves using numerical metho...
Graphics processing units function well as high performance computing devices for scientific computi...
Computational Fluid Dynamics (CFD) simulations are aimed to reconstruct the reality of fluid motion ...
Graphics processor units (GPU) that are originally designed for graphics rendering have emerged as m...
This webinar discusses how NVIDIA GPUs and NVIDIA CUDA can enable high-fidelity Computational Fluid ...
Computational fluid dynamics has seen a surge of popularity as a tool for visual effects animators o...
Abstract — By a rapid development of Graphics Processing Unit (GPU) in recent years, the programmabi...
Graphics processor units (GPU) that are traditionally designed for graphics rendering have emerged a...
Key words: graphics processing units, unstructured finite volume method, computational fluid dynam...
CFD computations are very important in the design process of new products that interact with fluids....
This report presents steps towards accelerating Fluidity, a general-purpose com-putational fluid dyn...