A few specific developments that were undertaken recently to the magnetic suspension and balance system (MSBS) are detailed. The improvements are as follows: modifications to the digital control system to accommodate a modified position sensing system; development of pressure telemetry systems; and revisions to the wind tunnel test section
Two Magnetic Suspension and Balance Systems (MSBS) at the National Aerospace Laboratory (NAL) in Jap...
Wind tunnel magnetic suspension and balance systems (MSBSs) have so far failed to find application a...
This bibliography contains 301 entries. Results are reported of recent studies aimed at increasing t...
Progress in the areas of eddy current computations, modelling and analysis, design optimization meth...
This paper will briefly review previous work in wind tunnel Magnetic Suspension and Balance Systems ...
The current status of wind tunnel magnetic suspension and balance system development is briefly revi...
The potential of Magnetic Suspension and Balance Systems (MSBS) to improve conventional wind tunnel ...
NASA Langley has a small, subsonic wind tunnel in use with the 13-inch Magnetic Suspension and Balan...
Good progress is being made in several major areas. These include eddy current modelling and analysi...
The U.S. aeronautical industry was surveyed to determine if current and future transonic testing req...
In lieu of a final report for this project for the period 1 April 1995 through 31 October 1995, a co...
The technical background to the development of the digital control system of the NASA/Langley Resear...
The objectives are to experimentally confirm several advanced design concepts on the Magnetic Suspen...
Design, construction, and evaluation of magnetic suspension and balance system for wind tunnel
This publication, containing 206 entries, supersedes an earlier bibliography, NASA TM-80225 (April 1...
Two Magnetic Suspension and Balance Systems (MSBS) at the National Aerospace Laboratory (NAL) in Jap...
Wind tunnel magnetic suspension and balance systems (MSBSs) have so far failed to find application a...
This bibliography contains 301 entries. Results are reported of recent studies aimed at increasing t...
Progress in the areas of eddy current computations, modelling and analysis, design optimization meth...
This paper will briefly review previous work in wind tunnel Magnetic Suspension and Balance Systems ...
The current status of wind tunnel magnetic suspension and balance system development is briefly revi...
The potential of Magnetic Suspension and Balance Systems (MSBS) to improve conventional wind tunnel ...
NASA Langley has a small, subsonic wind tunnel in use with the 13-inch Magnetic Suspension and Balan...
Good progress is being made in several major areas. These include eddy current modelling and analysi...
The U.S. aeronautical industry was surveyed to determine if current and future transonic testing req...
In lieu of a final report for this project for the period 1 April 1995 through 31 October 1995, a co...
The technical background to the development of the digital control system of the NASA/Langley Resear...
The objectives are to experimentally confirm several advanced design concepts on the Magnetic Suspen...
Design, construction, and evaluation of magnetic suspension and balance system for wind tunnel
This publication, containing 206 entries, supersedes an earlier bibliography, NASA TM-80225 (April 1...
Two Magnetic Suspension and Balance Systems (MSBS) at the National Aerospace Laboratory (NAL) in Jap...
Wind tunnel magnetic suspension and balance systems (MSBSs) have so far failed to find application a...
This bibliography contains 301 entries. Results are reported of recent studies aimed at increasing t...