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FEST-3D is a modular CFD solver written in FORTRAN 90, developed with a similar motivation: to help solve problems of academic and engineering interest. This software is designed to solve the compressible Favre-averaged Navier-Stokes equations using the finite-volume method on block-structured grids using MPI-based parallelization. The modularity of the code makes it easy to implement a new method for flux reconstruction, or a turbulence model. It provides a large number of options for higher-order spatial and temporal discretization, along with the latest turbulence and transition models, which are not all available in other open-source CFD software. To illustrate, FEST-3D provides the latest one-equation γ transition model (Menter, Smirnov, Liu, & Avancha, 2015) and zero-equation BC transition model (Cakmakcioglu, Bas, & Kaynak, 2018). It also provides standard turbulence models: SA (Spalart & Allmaras, 1992) and SST (Menter, 1994), and the k-kL (Abdol-Hamid, Carlson, & Rumsey, 2016) turbulence model. As FEST-3D uses structured grids to solve fluid flow problems, higher-order methods of 3rd (Van Leer, 1979), 4th (Colella & Woodward, 1984), and 5th (Shu, 2003) order accuracy in space —for uniform grids —can be employed; this is difficult to achieve with solvers designed for unstructured grids and data-structures.

FEST-3D: Finite-volume Explicit STructured 3-Dimensional solver