Transition prediction is a hot research topic of fluid mechanics. For subsonic and transonic
aerodynamic flows, e N method based on Linear Stability Theory (LST) is usually adopted …

Inspired by the γ− Re θ t model framework, a new γ-based model was developed and
implemented into an unstructured Reynolds-averaged Navier–Stokes (RANS) code. The …

The accurate prediction of transition is relevant for aerodynamic analysis and design
applications. Extending the laminar flow region over airframes is a potential way to reduce …

Boundary layer transition is a hot research topic in fluid mechanics and aerospace
engineering. In low‐speed flows, two‐dimensional Tollmien‐Schlichting (T‐S) waves always …

Surface suction provides an efficient way to delay boundary layer transitions. In order to
verify the suction effects and determine the mechanism of suction control in transonic swept …

The design of the hybrid laminar flow control (HLFC) system involves the comprehensive
design of the suction control and the profile, and it has become an urgent problem for a three …

The change of flow state in the flow field significantly impacts the operational performance of
fluid machinery equipment such as aircraft or underwater vehicles, among which transition …

Mars exploraon and UAV development have both advanced significantly over the past
century, and are now being considered in tandem. Currently needed are UAV propellers that …

This study presents advancements to a laminar-to-turbulent transition prediction technique
based on the linear PSE3D framework. This method models disturbance propagation …

In airplane design, engineers aim to reduce drag as much as possible, while respecting
aerodynamic, structural, and budgetary constraints, leading to reduced operational costs …