CFD Simulation of Heat Transfer and Applications
A special issue of Mathematics (ISSN 2227-7390). This special issue belongs to the section "Engineering Mathematics".
Deadline for manuscript submissions: 31 December 2024 | Viewed by 4447
Special Issue Editor
Special Issue Information
Dear Colleagues,
Numerical simulation plays an essential complementary role in understanding thermal and fluid dynamics phenomena in nature, and it has vast industrial applications. For decades, CFD simulations have been performed to understand physics, predict flow characteristics in different applications, and avoid expenses associated with the experimental setup. The scientific literature includes various CFD modeling approaches with different assumptions and boundary conditions that have provided countless results. Scientific society is still debating on the degree of the accuracy of these methods. In subsonic turbulent flows, there are three main basic methods: Reynolds Averages Navier–Stokes Simulation (RANS), Direct Numerical Simulation (DNS), and Large Eddy Simulation (LES). In more general cases such as in multiphase flows, these three methods are successfully applied. In this case, the particulate phase is usually taken as in a frame of the Eulerian–Eulerian (EE) or two-fluid approach, where both carrier fluid and particulate phase are considered as continuous phases, or/and in a frame of the Lagrangian–Eulerian (LE) approach, where one can deal with continued fluid phase by applying the Euler approach and the motion of single particles (solid, droplets or bubbles) related to a discrete particulate phase, which is modeled by the Lagrangian approach. So, in this Special Issue, we focus on subsonic single- and multiphase thermo-and fluid dynamics’ applicability, which are frequently met in various industrial performances.
Dr. Aleksander Kartushinsky
Guest Editor
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Keywords
- fluid mechanics
- thermodynamics
- numerical simulations
- single phase
- multi-phase flows
- subsonic regime
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