High Performance Computing Laboratory

METUWIND High Performance Computing Laboratory provides a parallel computing environment for wind energy research and education.

HPC Parallel Computers in METUWIND HPC Lab has the following properties:

    • It houses blade servers in two Linux clusters: Atmaca and Poyraz
      • Total 576 cores
      • 10GbE interconnected network
    • A frontend server:
      • 32Tb storage capacity
      • Nvidia Tesla M2090 GPU - 512 cores
    • Poyraz HPC cluster:
      • 8 nodes
      • 4 AMD Opteron 6276 2.3 GHz CPUs with 16 cores and a 256Gb of shared memory at each node
    • Atmaca HPC cluster:
      • 8 nodes
      • 2 Intel Xeon 1.6 GHz CPUs with 4 cores and a 32Gb of shared memory at each node
    • All compute nodes are managed by a Torque/PBS queueing system installed on the frontend where all user jobs are submitted to the queue.
    • The HPC system has various development tools in addition to the open source and commercial engineering software.

You can find here the Cluster Usage Policy for the HPC Parallel Computers of METUWIND.

Prof. Dr. İsmail Hakkı Tuncer
Professor in the Department of Aerospace Engineering, METU
Coordinator of METUWIND High Performance Computing Laboratory
Tel: (+90-312) 210 4299
e-mail: ismail.h.tuncer @ae.metu.edu.tr
Web:http://ae.metu.edu.tr/tuncer/
Assoc. Prof. Dr. Nilay Sezer Uzol 
Associate Professor in the Department of Aerospace Engineering, METU
Coordinator of METUWIND Computational Aerodynamics Laboratory
Tel: (+90-312) 210 4299
e-mail: nuzol @metu.edu.tr
Web:http://users.metu.edu.tr/nuzol/
Sample HPC Studies