Smarter Data Made Even Faster – See Kombyne™ 2.0 @ SC23 Booth 1715 Intelligent Light is introducing Kombyne™ 2.0, providing parallel I/O techniques directly from each HPC rank to greatly speed up writing VTK/FVUNS files to disk, eliminating bottlenecks preventing people from using full fidelity volume data from solvers, like OpenFOAM. Kombyne™ attaches to running
Smarter Data Made Even Faster – See Kombyne™ 2.0 @ SC23 Booth 1715 Intelligent Light is introducing Kombyne™ 2.0, providing parallel I/O techniques directly from each HPC rank to greatly speed up writing VTK/FVUNS files to disk, eliminating bottlenecks preventing people from using full fidelity volume data from solvers, like OpenFOAM. Kombyne™ attaches to
Webinar has occurred, register below to access a recording. The Realizable Digital Thread for Simulation – IntelliTwin™ Attend this webinar to see a new solution to the problem of HPC data management, re-usability and provenance capture with auditable Digital Threads. Accelerate your success for CFD simulations on large scale HPC Systems. Spending on HPC
Advances in the use of HPC, In Situ and Data Analytics for CFD dominate our contribution to SC18. Join us at events, in workshops and technical sessions and on the exhibit floor in Booth #826 to learn how these advances will help you. Data Science Meets CFD – Steve Legensky, Invited speaker at In Situ
CFD is Non-Linear and More Difficult to Tame than Structural FEA Unlike static structural analysis and other physical modelling regimes, the Navier-Stokes formulae are partial differential equations that for most interesting geometries and realistic flow conditions, do not have an analytical solution. For realistic problems, you can’t just plug algebraic terms into Matlab. Numerical methods
CFD Workflow Best Practices Whether you are using one of the Top500 supercomputers or a modest cluster for CFD, post-processing can be a big bottleneck. Since this is where decisions are made and your goal is to make the best decisions possible, why not optimize your post-processing workflow? Intelligent Light can help in three important
Managing CFD Resources to Maximize Value The power of Computational Fluid Dynamics (CFD) is leveraged across industries as varied as aerospace, energy, casting and architecture. CFD has the potential to greatly benefit the design process by providing new ways to analyze and understand the performance of products before they are manufactured. However, fluid dynamics is
What is CFD and How Does it Work? The properties of fluids and gases (Fluid Dynamics) have been studied for many years; understanding and predicting their behavior is important to many fields, from medicine to nuclear power to automobile design to jets. The field of Computational Fluid Dynamics (CFD) uses computing to evaluate the models
Visions of Exascale CFD Over the past thirty years, computational simulation of fluid dynamics has made huge strides in meshing of complex geometries, computational efficiency and most importantly, greater fidelity in physics models.Current trends include greater adoption of unsteady methods via LES, higher order methods and alternatives to classical CFD such as Lattice Boltzmann methods.However,
As CFD users increasingly exploit ultrascale HPC capability and approach the realm of exascale, they will run studies consisting of many related simulations at very high fidelity. This will give engineers and researchers both the ability and need to assess the quality of their simulations. When simulation quality has been vetted, engineering judgments and investment decisions can
