Data and statistics of a direct numerical simulation of zero pressure gradient turbulent boundary layer

Although it is a widespread phenomenon in nature, turbulence in fluids (gases, liquids) is still very poorly understood. One area of research involves analyzing data from academic flow simulations. To make progress, the scientific community needs a large amount of reliable data in various configurations. Turbulent flows near solid flat or curved walls are very interesting examples. The present database is composed of the raw data (3D fields of velocity, pressure, time derivative of velocity, 2D time resolved velocity fields) and statistics (mean, Reynolds stresses, length scales) of a direct numerical simulations of zero pressure gradient turbulent boundary layer from transition up to a Reynolds number Reθ = 2400.