This Second Edition of Mechanical Design and Manufacturing of Electric Motors provides in-
depth knowledge of design methods and developments of electric motors in the context of …

This article gives a general description of the CEDRE® system. CEDRE® is a multi-physics
platform working on general unstructured meshes intended to both advance research and …

This paper is devoted to a review of some recent studies conducted at ONERA within the
framework of solid rocket propulsion for missiles, as well as space launchers. The viewpoint …

The multislope concept has been recently introduced in the literature to deal with MUSCL
reconstructions on triangular and tetrahedral unstructured meshes in the finite volume cell …

A workflow for the numerical prediction of in-flight ice accretion on 3D structures is
presented. The method is based on the predictor–corrector approach, which has been so far …

This study provides a comparison between an Eulerian and a Lagrangian approach for
simulation of ice-crystal trajectories and impact in a generic turbofan compressor. The …

The accurate simulation of polydisperse sprays undergoing coalescence in unsteady
gaseous flows is a crucial issue. In solid rocket motors, the internal flow depends strongly on …

A selection of recent CEDRE applications in the aerospace field are presented to illustrate
various functionalities of the code. These applications have been selected to cover a wide …

The numerical simulation of cryogenic combustion is crucial for a better understanding of the
complex physics involved in reactive flows of rocket engines and to help to reduce the …

The present contribution falls in the scope of high-frequency combustion instabilities
occurring in liquid rocket engines. Under subcritical operating conditions, numerical …