Non Newtonian Fluids Lab
LabFNN
Activities
LabFNN conducts mathematical modeling and numerical simulation of flows involving non-Newtonian fluids, using advanced computational fluid dynamics (CFD) methods. The team works with different flow regimes, such as multiphase, transient, and turbulent flows, primarily applying the finite volume and lattice Boltzmann methods. The computational results are always validated by comparison with experimental data collected from the other CERNN laboratories.
Installations
The laboratory is equipped with robust computational infrastructure, including high-performance workstations, a dedicated Supermicro server, and a specialized GPU server for intensive parallel computations. This equipment enables the execution of complex CFD simulations, with the capacity to handle large data volumes and high-resolution modeling. The environment is optimized to support long-duration operations, ensuring efficiency and reliability in numerical simulation processes.
Equipment
Model: Intel i7-8700
Physics computing
Model: Supermicro Intel Xeon Gold 6230
Physics computing, neural networks
Model: Nvidia Tesla K80
Physics computing, rendering, neural networks