One of the most popular additive manufacturing processes is laser-based direct metal laser
sintering (DMLS) process, which enables us to make complex three-dimensional (3D) parts …

The quasi‐steady assumption is commonly adopted in existing transient fluid–solid‐coupled
convection–conduction (conjugate) heat transfer simulations, which may cause non …

Tackling transient conjugate heat transfer with high-fidelity methods such as large-eddy
simulation (LES) requires to couple the LES solver with a heat transfer solver in the solid …

Abstract Fluid–solid coupled Conjugate Heat Transfer (CHT) simulations are relevant to
many practical problems. Most existing interfacing methods have been developed for …

The presented paper concerns the idea of using a sound wave to intensify the heat transfer
in thermally loaded elements of a gas turbine. The general idea of this type of cooling is …

Natural convection is an important heat transfer mode for flexible operations of gas turbines
and steam turbines. Its prediction presents considerable challenges. The strong …

Natural convection prediction closely relevant to flexible operations (eg fast and frequent
startups and showdowns) of gas turbines and steam turbines presents considerable …

Innovative civil aircraft engine configurations of the present and of the future are leading to
important reductions of fuel consumption. At Safran Aircraft Engines, new concepts like the …

A general design approach is presented for model-based control of piston position in a free-
piston engine (FPE). The proposed approach controls either “bottom-dead-center”(BDC) or …

Most combustion systems are designed to operate in stable regimes. However, oscillations
sometimes occur in practical combustion systems such as gas turbines, furnaces and …