Lee (@jackzhang155) 's Twitter Profile
Lee

@jackzhang155

Energy, Thermal, Fluid Dynamics, Hydrogen, Fuel Cell, Lithium Battery, Military Enthusiast, Political Neutrality

ID: 1245457380

calendar_today06-03-2013 07:09:51

3,3K Tweet

221 Takipçi

2,2K Takip Edilen

Hiroaki Nishikawa (@hironishikawa) 's Twitter Profile Photo

Just recalled that I had some CFD-related movies on YouTube: e.g., Unsteady vortex shedding at Mach=0.1 and Re=150 with a triangular grid.

GridPro (@gridpromesh) 's Twitter Profile Photo

Enhance your CFD mesh with Variable Boundary Layer control in GridPro! Watch our feature video to see how it improves simulation accuracy and near-wall resolution. 🎥 bit.ly/47mPrQK #CFD #Meshing #GridPro #VariableBoundaryLayer #SimulationAccuracy

Enhance your CFD mesh with Variable Boundary Layer control in GridPro!
Watch our feature video to see how it improves simulation accuracy and near-wall resolution.

🎥 bit.ly/47mPrQK

#CFD #Meshing #GridPro #VariableBoundaryLayer #SimulationAccuracy
Hiroaki Nishikawa (@hironishikawa) 's Twitter Profile Photo

A viscous flow coming from the bottom of an airfoil. I can't remember what kind of case it is. Perhaps, I just ran it just for curiosity,

Alban Sauret (@albansauret) 's Twitter Profile Photo

Our new study from Joanne Steiner’s PhD work and with C. Morize, P. Gondret, and I. Delbende has just been published in Physical Review Fluids ! We study vortex rings generated when a disk moves toward or away from a wall. doi.org/10.1103/ynxr-z… Laboratoire FAST UMD Research UMD Department of Mechanical Engineering

Mustafa (@mustafa_kh4n) 's Twitter Profile Photo

ever wonder what really powers AI? > this book reveals the elegant math behind modern machine learning, just the core ideas that make it work > perfect for curious readers, students, and engineers who want to see the beauty beneath the algorithms

ever wonder what really powers AI? 

> this book reveals the elegant math behind modern machine learning, just the core ideas that make it work 
> perfect for curious readers, students, and engineers who want to see the beauty beneath the algorithms
Mustafa (@mustafa_kh4n) 's Twitter Profile Photo

batteries run the modern world; from EVs to grid storage. > this is the deep dive into how they’re designed, modeled, and managed. > perfect for engineers, researchers, and anyone serious about energy tech

batteries run the modern world; from EVs to grid storage.

> this is the deep dive into how they’re designed, modeled, and managed. 
> perfect for engineers, researchers, and anyone serious about energy tech
GridPro (@gridpromesh) 's Twitter Profile Photo

A fully one-one connected, hexahedral #mesh on a #rocket with a ribbed #nozzle, created on #GridPro! #CAE #CFD #Meshing #MeshingMonday #FluidDynamics #Simulation

A fully one-one connected, hexahedral #mesh on a #rocket with a ribbed #nozzle, created on #GridPro!

#CAE #CFD #Meshing #MeshingMonday #FluidDynamics #Simulation
CFD Direct OpenFOAM (@cfddirect) 's Twitter Profile Photo

The finite volume method for #CFD is properly described in our book, Notes on CFD: General Principles, as implemented in #OpenFOAM cfd.tips/1200

The finite volume method for #CFD is properly described in our book, Notes on CFD: General Principles, as implemented in #OpenFOAM cfd.tips/1200
Physical Review Fluids (@physrevfluids) 's Twitter Profile Photo

In turbulent superfluid helium, quantum vortex lines form tangles with a characteristic mean intervortex spacing. Experiments show this spacing follows a Kolmogorov-like power law with Reynolds number, which can be explained by classical turbulence theory. go.aps.org/4oXfg0e

In turbulent superfluid helium, quantum vortex lines form tangles with a characteristic mean intervortex spacing. Experiments show this spacing follows a Kolmogorov-like power law with Reynolds number, which can be explained by classical turbulence theory.
go.aps.org/4oXfg0e
GARCFD (@garcfd) 's Twitter Profile Photo

just for fun... this is a #simpleFoam (laminar) flow solution based on a uniform blockMesh only and the porosity model is used to block out the car region (no other meshing), 1.25M cell mesh, ran for only 500 iterations in parallel on laptop.

⚙️ ASME Journals ⚙️ (@asmejournals) 's Twitter Profile Photo

In this study, the authors unveil a 3D #flow solver designed to simulate viscoelastic two-phase flows using the Oldroyd-B formulation. asmedigitalcollection.asme.org/fluidsengineer… #deformation #tensor

In this study, the authors unveil a 3D #flow solver designed to simulate viscoelastic two-phase flows using the Oldroyd-B formulation. asmedigitalcollection.asme.org/fluidsengineer…
#deformation #tensor
PYOFLIFE.COM (@parajulisaroj16) 's Twitter Profile Photo

Data Visualization in Python with Matplotlib and Pandasis a book designed to take absolute beginners to Pandas and Matplotlib, with basic Python knowledge, and allow them to build a strong foundation for advanced work. pyoflife.com/data-visualiza… #DataScience #Pythonprogramming #data

Data Visualization in Python with Matplotlib and Pandasis a book designed to take absolute beginners to Pandas and Matplotlib, with basic Python knowledge, and allow them to build a strong foundation for advanced work. pyoflife.com/data-visualiza…
#DataScience #Pythonprogramming #data
Math Cafe (@riazi_cafe_en) 's Twitter Profile Photo

"Problem-Solving Strategies" by Arthur Engel One of the most popular books among students preparing for math competitions. archive.org/details/Proble…

"Problem-Solving Strategies" by Arthur Engel 

One of the most popular books among students preparing for math competitions.  

archive.org/details/Proble…
Mustafa (@mustafa_kh4n) 's Twitter Profile Photo

make the skies smarter > this book shows how math, physics, and code come together to design wings, jets, and aerodynamic systems. > perfect for aerospace engineers, simulation enthusiasts, and anyone curious about flight at the cutting edge

make the skies smarter 

> this book shows how math, physics, and code come together to design wings, jets, and aerodynamic systems. 
> perfect for aerospace engineers, simulation enthusiasts, and anyone curious about flight at the cutting edge