In comparison with the first-principles calculations mostly using partial differential equations
(PDEs), numerical simulations with modeling by ordinary differential equations (ODEs) are …

Methane/Oxygen rocket engine is becoming one of the most promising rocket engines today
due to its cost-effectiveness and reusability. In the design process of rocket engines, cooling …

Compressible anisothermal flows, which are commonly found in industrial settings such as
combustion chambers and heat exchangers, are characterized by significant variations in …

The prediction of wall heat flux at the nozzle throat is of paramount importance in liquid
rocket engine (LRE) design for both sizing and safety purposes. Computational fluid …

In this work the application of an algebraic equilibrium wall-function to real-gas flows is
presented and analyzed. The aim is to assess capabilities of existing algebraic wall …

In this work, an efficient methodology for the time-resolved thermal characterization of rocket
combustion chambers at reasonable computational cost is presented. The multi-scale and …

View Video Presentation: https://doi. org/10.2514/6.2022-3275. vid The prediction of wall
heat flux at the nozzle throat is of paramount importance in liquid rocket engine (LRE) …

The interaction of premixed flame with a liquid fuel film is the main source of soot generation
in Gasoline Direct Injection engines. The objective of this thesis is the detailed modeling with …

The high hot gas temperatures and chamber pressures typical of modern liquid rocket
engines (LREs) yield high local wall heat fluxes which have to be inevitably managed by the …

Combustion technologies based on hydrocarbons will still play a relevant role in the
longterm scenario, especially in the transportation sector. Numerical tools for the …