STAR-CCM+ STAR-CCM+ provides the world's most comprehensive engineering simulation inside a single integrated package. Much more than just a CFD solver, STAR-CCM+ is an entire engineering process for solving problems involving flow (of fluids or solids), heat transfer and stress. STAR-CCM+ is unrivalled in its ability to tackle problems involving multi-physics and complex geometries. STAR-CCM+ has an established reputation for producing high-quality results in a single code with minimum user effort. Designed to fit easily within your existing engineering process, STAR-CCM+ helps you to entirely automate your simulation workflow and perform iterative design studies with minimal user interaction. The net result of this is that engineers get to spend more time actually analyzing engineering data and less time preparing and setting up simulations. Accuracy Ensuring accuracy through a complete range of validated physics With STAR-CCM+, there is no need to compromise ease-of-use over capability or accuracy. STAR-CCM+ includes an extensive range of validated physical models that provide the user with a toolkit capable of tackling the most complex engineering problems. Time: Steady-state, Unsteady Implicit/Explicit, Harmonic Balance. Motion: Stationary, Moving Reference Frame, Rigid Body Motion, Mesh Morphing, Large Displacement Solid Stress. Material: Single, multi-phase and multi-component fluids. Multi-Phase: Free surface (VOF) with Boiling or Cavitation, Lagrangian, Eulerian and Discrete Element Modeling (DEM). Flow: Coupled Flow and Energy / Segregated Flow and Fluid Energy. Regime: Inviscid, Laminar, Turbulent (RANS, LES, DES), Transition Modeling. "As well as being easy to use, STAR-CCM+ is both accurate and flexible. STAR-CCM+ simulations provide a constant source of high quality engineering data throughout our design process. The automatic workflow ensures repeatability of calculations, meaning that we are always comparing like with like when trying to understand the difference between two designs." - Giuseppe Scantamburlo, Engineering & Design, FIAT Group Automobiles S.p.A Incompressible through to Hypersonic. Multi-Domain: Porous Media (volumetric and baffle), Fan and Heat exchanger models Multi-Discipline: Finite Volume Stress Modeling, Fluid Structure Interaction. Heat Transfer and Conjugate Heat Transfer: Conduction, Convection, Solar and Thermal Radiation (Discrete ordinates or surface-to-surface). Combustion and Chemical Reaction: PPDF, CFM, PCFM, EBU and DARS CFD complex chemistry coupling. Dynamic Fluid Body Interaction (DFBI): Fluid induced motion in 6 degrees of freedom including propulsion and maneuvering. Aeroacoustic Analysis: Fast Fourier Transoft (FFT) spectral analysis, Broadband noise sources CAE Integration: Co-simulation and bi-directional mapping between STAR-CCM+ and 1D/3D codes.