The 7th annual Nektar++ Workshop will bring together developers and users of all experiences to hear about new and future developments in the Nektar++ spectral/hp element framework and the exciting science and engineering being undertaken with the code. The three days will include a comprehensive programme of talks and a poster session. The workshop will be run […]
The latest version of Nektar++, v5.3.0, was released on the 25th March 2023. This release includes a range of new features and improvements over the 5.2.0 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 […]
The latest version of Nektar++, v5.2.0, was released on the 23rd August 2022.
The 6th annual Nektar++ Workshop will bring together developers and users of all experiences to hear about new and future developments in the Nektar++ spectral/hp element framework and the exciting science and engineering being undertaken with the code. The three days will include a comprehensive programme of talks and a poster session. The workshop will be run […]
The Nektar++ team recently gave an online seminar as part of the Computer Physics Communications seminar series.
Nektar++ v5.0.2 released
The latest version of Nektar++, v5.0.2, was released on the 22nd April 2021. It can be downloaded from the downloads page.
Nektar++ v5.0.1 released
The latest version of Nektar++, v5.0.1, was released on the 21st January 2021. It can be downloaded from the downloads page.
Fluid mixing with Nektar++
Can hydrodynamic instability be used for mixing? And at the same time can conduits be shaped such that hydraulic losses are reduced? We think that it is Yes to both.
Nektar++ v5.0.0 released
The latest version of Nektar++, v5.0.0, was released on the 9th December 2019. It can be downloaded from the downloads page.
Nektar++ and hydrodynamic stability in undulated channels
Nektar++ has been used to study various forms of hydrodynamic instabilities arising is a flow through a channel with corrugated walls. Stability analysis has been performed using direct numerical simulation and tracking growth, or attenuation of the unstable modes.