DTU’s Department of Physics invites tenders for a Linux cluster High Performance Computer (HPC) system to be used for floating-point intensive numerical simulations using the researchers’ own de-veloped computer codes as well as some commercial codes. The main scientific research focus is on studies of materials and materials design at the atomic scale using quantum-mechanical calculations. The primary quantum-mechanical codes employed are GPAW, VASP, and ADF. Tenderers should offer very fast processors and compute nodes for such CPU- and memory-intensive applications.

DTU’s Department of Physics invites tenders for a Linux cluster High Performance Computer (HPC) system to be used for floating-point intensive numerical simulations using the researchers’ own de-veloped computer codes as well as some commercial codes. The main scientific research focus is on studies of materials and materials design at the atomic scale using quantum-mechanical calculations. The primary quantum-mechanical codes employed are GPAW, VASP, and ADF. Tenderers should offer very fast processors and compute nodes for such CPU- and memory-intensive applications.