Due to the significant improvement in computing power and the rapid advancement of data
processing technologies, artificial intelligence (AI) has introduced new tools and …

As the “respiratory tract” of the air breathing engine, the hypersonic inlet plays the role of
compressing, decelerating, and pressurizing flow. However, research on the traditional inlet …

URANOS, a massively parallel GPU-accelerated compressible flow solver for high-fidelity
modeling of compressible wall flows, is presented. URANOS is based on modern high …

The present work compares 2D and 3D CFD modeling of wind turbine blades to define
reduced-order models of eroded leading edge arrangements. In particular, following an …

A new idea of nosebleed air jets with strong coupled internal and external flow is put forward
using the lateral jet control principle to improve the maneuverability and fast reaction …

A multipoint optimization based on the discrete adjoint optimization method in a wide-speed
range is carried out to improve the performance of the hypersonic inlet with a rectangular to …

In order to prolong the service life of multistage axial compressors, it is increasingly
important to study the influence of blade surface roughness on the compressor performance …

The present work provides a detailed numerical investigation of a turbopump for waterjet
applications in cavitating conditions. In particular, the study focuses on the complexities of …

In view of the flow instability problem caused by the strong shock wave and secondary flow
in the channel of the high-load counter-rotating compressor, this paper adopts the design …

This paper researches the parametric optimization of a two-stage transonic compressor
having a large air bypass at partial rotating speed according to flow analysis for a turbine …