What is Nektar++?
Latest Release
- Nektar++ 5.7.0 Released
The latest version of Nektar++, v5.7.0, was released on the 30th October 2024. This release includes a range of new features and improvements over the 5.6.0 release. A full list of the changes is available in the CHANGELOG.md file distributed with the source code. As always, if you encounter any problems please feel free to… Read more: Nektar++ 5.7.0 Released
- Synthetic turbulence generator in Nektar++Advancements in modern hardware and numerical methods have significantly enhanced the feasibility of scale-resolving simulations, such as direct numerical simulation, for industrial applications. For effective application, these simulations require the generation of realistic incoming turbulence to ensure accurate predictions of… Read more: Synthetic turbulence generator in Nektar++
- Nektar++ 5.7.0 ReleasedThe latest version of Nektar++, v5.7.0, was released on the 30th October 2024. This release includes a range of new features and improvements over the 5.6.0 release. A full list of the changes is available in the CHANGELOG.md file distributed… Read more: Nektar++ 5.7.0 Released
- Nektar++ on ARCHER2
The ARCHER2 national supercomputer is a world class advanced computing resource and is the successor to ARCHER. This guide is intended to provide basic instructions for compiling the Nektar++ stable release or master branch on the ARCHER2 system. - Setting up industrial simulations using Incompressible Navier-Stokes Solver
This blog explains how to set up industrial simulations using the Incompressible Navier-Stokes (IncNS) Solver in Nektar++. The geometry here is the Imperial Front Wing (IFW), an unraced front-wing configuration of the McLaren MP4-17D race car. Combined with a rolling… Read more: Setting up industrial simulations using Incompressible Navier-Stokes Solver - Nektar++ on the Imperial College HPC cluster – HX1
Basic Information about HX1 HX1 (or Hex) is the new High Performance Computing Cluster provided by the Research Computing Services at Imperial College London. HX1 is designed for the following types of applications: For single node parallel applications, continue using… Read more: Nektar++ on the Imperial College HPC cluster – HX1 - Radially heated Taylor-Couette flow in Nektar++
Abhishek Kumar and Junho ParkFluid and Complex systems, Coventry University, Coventry Taylor-Couette (TC) flow involves fluid motion between rotating concentric cylinders, one of the key problems in fluid dynamics. Its behaviour varies from axisymmetric Taylor vortices to turbulence through different patterns.… Read more: Radially heated Taylor-Couette flow in Nektar++