
Schematic of simplified frigate ship (SFS) geometry; SFS2.
Schematic diagram of both the TTCP variants, SFS1 and SFS2, are shown in Figure 6 (dimensions are in feet). The principal objective of this program was to promote distribution of …
Capturing the bi-stable asymmetry exchanges in the turbulent air …
Dec 1, 2023 · Turbulent air wake of a Simplified Frigate Ship (SFS2) model is simulated using wall-resolved Large Eddy Simulation. The wake behind the superstructure presents an …
Numerical Analysis of Ship Airwake on a Simplified Frigate Model
Feb 6, 2024 · The experiments examined the effect of the flow regime on the helicopter deck of the commonly used ship geometry, the SFS2 . The test section of the tunnel has dimensions …
The purpose of this study was to assess and compare the airwakes of two generic ship models, the NATO-GD and the SFS2, and their impact upon helicopter aerodynamic loading in …
Evaluating the effect of frigate hangar shape modifications on ...
Sep 14, 2024 · Turbulent ship airwakes can present a major challenge for a pilot landing a helicopter to the ship. A recent study has proposed modifications to the hangar of a simple …
Simple Frigate Shape 2 (SFS2). | Download Scientific Diagram
Realistic piloted flight simulation for helicopter recovery to offshore platforms ideally requires a six-degree-of-freedom motion flight simulator to provide visual and motion cues to the pilot...
Numerical Simulation of Unsteady Flow Over SFS 2 Ship Model
Jun 15, 2012 · Experimental–numerical analysis of added resistance to container ships under presence of wind–wave loads
Prediction of the aerodynamic behaviour of a full-scale naval ship …
Feb 15, 2021 · Forrest and Owen (2010) investigated the airwake over the flight deck of an SFS2 and a Royal Navy Type 23 Frigate (T23) ship. The geometries were assessed using Detached …
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We present time‐accurate scale‐adaptive simulation (SAS) of turbulent flow around a simple frigate ship to gain insight into the flow phenomena over the helodeck.
- Some results have been removed