Direct numerical simulation of compressible turbulence accelerated by graphics processing unit: An open-access database of high-resolution direct numerical simulation

In the author’s previous work, we introduced an open-source accelerated computational fluid dynamics code for scientific computations using a graphics processing unit system (OpenCFD-SCU). This offers significantly improved computation speed and can be applied to challenging direct numerical simulation (DNS) problems. paper presents several high-resolution cases OpenCFD-SCU: (1) 24° compression ramp at Mach 2.9, where length of is 200 mm mesh number 7.68 × 10 9 ; (2) 34° 6 with 9.3 (3) cold-wall flat plate friction Reynolds 1550 4.5 (4) blunt cone 1 head radius 0° attack angle 10, 24 (5) lifting-body model 11.1 . Compared DNS studies compressible wall-bound turbulent flow under similar conditions, these have larger domains, finer resolutions, or higher numbers, demonstrating capability OpenCFD-SCU broadening scope applications. We conducted preliminary analyses established open-access database store data. The source accessed http://developer.hpccube.com/codes/danggl/opencfd-scu.git this website also contains detailed descriptions data acquisition methods.