UCNS3D is fundamentally a research platform, it enables Research & Development in the field of Computational Fluid Dynamics, from spatial and temporal discretisation schemes to Riemann solvers and turbulence models. The current state of UCSN3D is attributed to extensive collaborative research and funded projects. 

Selected Publications


  • EPSRC Tier-2 High-Performance Computing CSD was awarded under Grant number EP/P020259/1.
  • EPSRC and UK Turbulence Consortium access was provided to the UK national high-performance facility ARCHER, under the EPSRC Grant number EP/L000261/1. 
  • EPSRC pilot access on Knights Landing architecture see benchmark results from EPCC here.
  • EPSRC iCASE award by Jaguar Land Rover under Grant number 13794. 
  • EPSRC iCASE award by Airbus Operations UK
  • EPSRC Mathematics Grant: “Adaptively Tuned High-Order Unstructured Finite-Volume Methods for Turbulent Flows”EP/W037092/1

Higher Education Innovation Fund through Cranfield University supports the development and release of the UCNS3D project.

Technology Strategy Board (now Innovate UK) funded the aerodynamic study a concept electric aircraft under Grant number 751993.

Innovate UK and Airbus Operations UK on multi fidelity multi physics modelling under Grant Number 263261.

Through the EU FP7 project, CHANGE with Grant number 314139, external aerodynamics capabilities of UCNS3D were assessed.

Projects HOVE1, HOVE2, and HOVE3 dedicated to the parallel performance improvement of UCNS3D code, under the auspices of PRACE.

The Project HPC-EUROPA3 under Grant number INFRAIA-2016-1-730897 further improved the computational efficiency and scalability of the solver.

ARCHER Image & Video Competition 2017

Winning Early Career Entry: Panagiotis Tsoutsanis, Cranfield University, “Supersonic Kelvin-Helmholtz instability simulation” link.


ARCHER2 Image & Video Competition 2021

Winning Video Entry: Panagiotis Tsoutsanis, Cranfield University, “Shockwave interaction with cavity bubble” link.

© 2024 UCNS3D team