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What about us?
Our history
In 2008, ITA's Professor Marcos Aurélio Ortega envisioned the creation of a laboratory devoted to numerical simulations in aerodynamics. He then began to offer graduate-level courses on advanced methods for computational fluid dynamics (CFD), covering high-resolution and high-order schemes such as spectral element methods. Shortly thereafter, he started the supervision of two ITA students which had the potential to carry out his vision in the long run. These two, namely André Fernando de Castro da Silva and Rodrigo Costa Moura, had just joined the Brazilian Air Force as part of ITA's last years of engineering formation. After graduating with honors, both were allowed to stay at ITA as instructors and joined ITA's master's program focusing on high-order simulations of compressible flows with shocks, again under the supervision of Prof Ortega.
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Subsequently, André and Rodrigo went abroad to pursue doctoral-level studies at Caltech and Imperial College, respectively, finally returning to ITA after around 10 years of Prof Ortega's initial vision. At this time, they started to coordinate the activities of the lab because Prof Ortega decided it was time for him to retire for good. During this whole time, the lab's physical structure was gradually built and supercomputers (clusters) were brought to the lab via different projects and sponsors. The lab's current resources are summarized below.

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Our facilities
Currently, the lab maintains several desks with desktop PCs for students and a dedicated library with over four hundred books. In addition, the following supercomputers (clusters) are hosted adjacent to the lab:
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- Cluster 71, obtained through a project sponsored by FAPESP:
One master node with 24 cores and 64GB of RAM memory, plus 2 compute nodes, each with 64 cores, 128GB of RAM and 500GB of HD.
In addition, this cluster has 8 HDs under a RAID system, each of 3TB, totalling 24TB of shared storage capacity.
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- Cluster 70, obtained via support of the Brazilian Air Force:
One master node with 24 cores and 64GB of RAM memory, plus 6 compute nodes, each with 64 cores, 128GB of RAM and 1000GB of HD.
In addition, this cluster has 8 HDs under a RAID system, each of 3TB, totalling 24TB of shared storage capacity.
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- Cluster 69, obtained through a project sponsored by FINEP:
One master node with 16 cores and 128GB of RAM memory, plus 10 compute nodes, each with 48 cores, 128GB of RAM and 1000GB of HD.
In addition, this cluster has 10 HDs under a RAID system, each of 6TB, totalling 60TB of shared storage capacity.
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