Lorena A. Barba Group :: Professor Lorena A Barba’s research group at the George Washington University.

Yay! 500 views! Validation of the PyGBe code for Poisson-Boltzmann equation with boundary element methods http://t.co/lVHCyXnp #GPU #python View // Reply // Retweet // Like

Reproducibility PI Manifesto

"Reproducibility PI Manifesto" is a pledge by Prof. Barba to lead her group with a consistent reproducibility policy.

Excellent interview with Monica Syal of Advanced Rotorcraft Technology about simulating helicopter brownout on #GPUs http://t.co/L1YC3pzT View // Reply // Retweet // Like

cuIBM code for Navier-Stokes equations

Vorticity field of the flow around a flapping elliptical airfoil, computed with cuIBM.

What's paradoxical is to present the idea that lectures are ineffective via a lecture! So I'll give them a @TED_ED, use @Socrative, etc. View // Reply // Retweet // Like

PyGBe code for Poisson-Boltzmann equations

Close-up of the surface mesh on a lysozyme molecule, showing the surface charge obtained with PyGBe.

Rio Yokota at BU

Rio Yokota explaining a poster at the ME@BU Open House (2011)

I can't pay much attention to speakers that look at the projected slides and their computer screen while speaking. Look at your audience! View // Reply // Retweet // Like

GPU computing at Boston University

Lorena Barba, Claudio Rebbi, Glenn Bresnahan, Richard Brower. Photo by Saana McDaniel (2012).

Weak scaling of parallel FMM vs. FFT up to 4096 processes

This figure shows the weak scaling of a parallel FMM-based fluid solver on GPUs, from 1 to 4096 processes. The FMM (fast multipole method) is used as the numerical engine in a vortex method fluid solver, simulating decaying isotropic turbulence. The reference method for this application... Continue »

In 2 more days! Advanced-studies institute "The science of predicting and understanding tsunamis, storm surges", Chile http://t.co/s2moMOVH View // Reply // Retweet // Like