Jousef Murad’s Post

⚡High-fidelity CFD simulation of the DrivAer Notchback ⚡ For all #CFD and DES aficionados! #Turbulence model, numerics and #HPC working together to deliver this beautiful simulation done by Upstream CFD #engineering #cfd #simulation

⚡High-fidelity CFD simulation of the DrivAer Notchback ⚡ For all #CFD and DES aficionados! #Turbulence model, numerics and #HPC working together to deliver this beautiful simulation done by Upstream CFD #engineering #cfd #simulation

⚡High-fidelity CFD simulation of the DrivAer Notchback ⚡ For all #CFD and DES aficionados! #Turbulence model, numerics and #HPC working together to deliver this beautiful simulation done by Upstream CFD #engineering #cfd #simulation

FEATool Multiphysics update version 1.17.2 released! Minor bugfix releases of FEATool and CFDTool are now available, version 1.17.2 an 1.10.2 respectively, fixes and improvements include: - New OpenFOAM / SU2 option to save casefiles on error - SU2 default to V2003m SST turbulence model - Several GUI consistency improvements - Minor bug fixes and performance improvements #FEA #CFD #OpenFOAM #Multiphysics #MATLAB

Large Eddy Simulation (LES) has recently gained importance in computational fluid dynamics (CFD). This surge is primarily due to the inherent trade-offs involved in traditional Reynolds-averaged Navier Stokes (RANS)-based CFD, such as limited design spaces, long run times, and reduced physics. In this blog post, we will focus on how users can benefit from an LES workflow using Fidelity Pointwise and Fidelity LES Solver, formerly CharLES, specialized meshing tool, and GPU-enabled wall-modeled LES code, respectively. #CFD #simulationsoftware #FidelityCFD #LES Read more: https://lnkd.in/gyQcSyNy Watch the on-demand video: https://lnkd.in/g-JWBh8C

The Numerical Methods chapter of our book, Notes on CFD: General Principles, helps understand the schemes used in the fvSchemes file in #OpenFOAM #CFD simulations https://cfd.tips/1300

The Numerical Methods chapter of our book, Notes on CFD: General Principles, helps understand the schemes used in the fvSchemes file in #OpenFOAM #CFD simulations https://cfd.tips/1300

The Numerical Methods chapter of our book, Notes on CFD: General Principles, helps understand the schemes used in the fvSchemes file in #OpenFOAM #CFD simulations https://cfd.tips/1300

CFD Tuesday - Particles in water One of the many questions a CFD engineer can have is what happens when you drop a tonne of liquid on top of a bed of particles. In this example we started with a simple example. We've used Simcenter STAR-CCM+ to simulate particles before using various methods. This time we used the Discrete Element Method (DEM) to model a bed of small particles. After letting them settle, we drop a tonne of liquid on top of them, scattering the particles throughout the domain. Since these particles are lighter than water, they settle on top of the water as the water settles down. Of course this is a simple example which raises a lot more questions, like; what physics did you use (DEM - VOF interaction with 1-way coupling) why didn't you use 2-way coupling (keep watching our CFD tuesday and find out!) why? (because we can) This simple example can of course be used for a multitude of other problems, such as sediment simulations, river bed simulations and more. #cfd #femto #engineering #simulation #particles #water #weenableinnovation

#Particleworks Meshfree CFD Simulation Software, Try today! - [email protected] #Particleworks works on - #MPS - (Moving Particle Simulation) - #LBM - (Lattice Boltzmann Method) - #MBD - (Multibody Dynamics) - #FVM - (Finite Volume Method) - #DEM - (Discrete Element Method) #CFD #ComputationalFluidDynamics #Simulation #Analysis #Engineering #meshfree #LatticeBoltzmannMethod #DiscreteElementMethod