The description of an infrared telemetry system for measurement of drag forces in Magnetic Suspension and Balance Systems (MSBS) is presented. This system includes a drag force sensor, electronic pack and transmitter placed in the model which is of special construction, and receiver with a microprocessor-based measuring device, placed outside of the test section. Piezosensitive resonators as sensitive elements and non-magnetic steel as the material for the force sensor are used. The main features of the proposed system for load measurements are discussed and the main characteristics are presented
This paper presents recent work in magnetic suspension wind tunnel development in National Cheng Kun...
Magnetic suspension wind tunnels offer an alternative to traditional physical support methods. They ...
An improved method of calibrating a wind-tunnel force balance involves the use of a unique load appl...
The problem of determining the forces and moments acting on a wind tunnel model suspended in a Magne...
The aerodynamic forces and moments acting upon a magnetically suspended wind tunnel model are derive...
Magnetic field intensity and currents passing through the coils of the National Aerospace Laboratory...
Support interference in wind tunnel testing is an unavoidable effect. It is difficult to measure the...
The dynamic testing of a model in the University of Virginia cold magnetic balance wind-tunnel facil...
Design, construction, and evaluation of magnetic suspension and balance system for wind tunnel
The potential of Magnetic Suspension and Balance Systems (MSBS) to improve conventional wind tunnel ...
Although small scale magnetic suspension and balance systems (MSBSs) for wind tunnel use have been i...
Calibrations performed on three different magnetic cores for wind tunnel models suspended in the Sou...
Innovative Information Systems (IIS), Inc. is in the process of designing and fabricating a high ban...
The U.S. aeronautical industry was surveyed to determine if current and future transonic testing req...
Data reduction techniques for deriving aerodynamic forces and moments in absence of support interfer...
This paper presents recent work in magnetic suspension wind tunnel development in National Cheng Kun...
Magnetic suspension wind tunnels offer an alternative to traditional physical support methods. They ...
An improved method of calibrating a wind-tunnel force balance involves the use of a unique load appl...
The problem of determining the forces and moments acting on a wind tunnel model suspended in a Magne...
The aerodynamic forces and moments acting upon a magnetically suspended wind tunnel model are derive...
Magnetic field intensity and currents passing through the coils of the National Aerospace Laboratory...
Support interference in wind tunnel testing is an unavoidable effect. It is difficult to measure the...
The dynamic testing of a model in the University of Virginia cold magnetic balance wind-tunnel facil...
Design, construction, and evaluation of magnetic suspension and balance system for wind tunnel
The potential of Magnetic Suspension and Balance Systems (MSBS) to improve conventional wind tunnel ...
Although small scale magnetic suspension and balance systems (MSBSs) for wind tunnel use have been i...
Calibrations performed on three different magnetic cores for wind tunnel models suspended in the Sou...
Innovative Information Systems (IIS), Inc. is in the process of designing and fabricating a high ban...
The U.S. aeronautical industry was surveyed to determine if current and future transonic testing req...
Data reduction techniques for deriving aerodynamic forces and moments in absence of support interfer...
This paper presents recent work in magnetic suspension wind tunnel development in National Cheng Kun...
Magnetic suspension wind tunnels offer an alternative to traditional physical support methods. They ...
An improved method of calibrating a wind-tunnel force balance involves the use of a unique load appl...