Air data system of aircraft measures flow variables, primarily to monitor flight safety. The computational fluid dynamics approach to the problems for evaluating air data in a typical combat aircraft flow field is to find suitable sensor locations, to determine residual pressure correction and to compute local flow angularity at the proposed locations of sensors. The functional relationship between local flow angles and free-stream parameters being linear, it can be displayed as charts or nomograms
We describe the use of computational fluid dynamics (CFD) simulations for calibrating a flush air da...
The aim of the air data system, in a full-authority fly-by-wire control system, is the determination...
It is common practice in aircraft industry to perform maneuver and gust loads computations on the ba...
Air data system of aircraft measures flow variables, primarily to monitor flight safety. The comput...
The aim of the air data system is the determination of flight parameters (such as pressure altitude,...
Flush Air-Data Sensing (FADS) systems use an array of surface pressure measurements to infer the spe...
In a modern Full-Authority Fly-By-Wire Flight Control System (FBW/FCS), the air data (static pressur...
This work deals with the safety analysis of an air data system (ADS) partially based on synthetic se...
One of the aims of air data systems is the determination of flight parameters angles of attack and a...
An Air data system (ADS) is an essential avionics module found in modern fighter airc...
The theme of this work is the calibration of air data probes, in particular the calibration of angle...
This paper deals with the development of a smart multi-hole probe for aircraft air data sensing. The...
Digital avionic solutions enable advanced flight control systems to be available also on smaller air...
The main goal (long term) of this work is to perform computational dynamics analysis and quantify un...
Topics below are rather undesired, but important, outcome not yet completed research on the aircraft...
We describe the use of computational fluid dynamics (CFD) simulations for calibrating a flush air da...
The aim of the air data system, in a full-authority fly-by-wire control system, is the determination...
It is common practice in aircraft industry to perform maneuver and gust loads computations on the ba...
Air data system of aircraft measures flow variables, primarily to monitor flight safety. The comput...
The aim of the air data system is the determination of flight parameters (such as pressure altitude,...
Flush Air-Data Sensing (FADS) systems use an array of surface pressure measurements to infer the spe...
In a modern Full-Authority Fly-By-Wire Flight Control System (FBW/FCS), the air data (static pressur...
This work deals with the safety analysis of an air data system (ADS) partially based on synthetic se...
One of the aims of air data systems is the determination of flight parameters angles of attack and a...
An Air data system (ADS) is an essential avionics module found in modern fighter airc...
The theme of this work is the calibration of air data probes, in particular the calibration of angle...
This paper deals with the development of a smart multi-hole probe for aircraft air data sensing. The...
Digital avionic solutions enable advanced flight control systems to be available also on smaller air...
The main goal (long term) of this work is to perform computational dynamics analysis and quantify un...
Topics below are rather undesired, but important, outcome not yet completed research on the aircraft...
We describe the use of computational fluid dynamics (CFD) simulations for calibrating a flush air da...
The aim of the air data system, in a full-authority fly-by-wire control system, is the determination...
It is common practice in aircraft industry to perform maneuver and gust loads computations on the ba...