The performance of stylus instruments for measuring the topography of National Transonic Facility (NTF) model surfaces both for monitoring during fabrication and as an absolute measurement of topography was evaluated. It was found that the shop-grade instruments can damage the surface of models and that their use for monitoring fabrication procedures can lead to surface finishes that are substantially out of range in critical areas of the leading edges. The development of a prototype light-scattering instrument which would allow for rapid assessment of the surface finish of a model is also discussed
Surface topography, which significantly affects the performance of many industrial components, is no...
The accurate measurement of surface finish requires standard specimens to calibrate and check the op...
The effective utilization of synchrotron radiation (SR) from high-brightness sources requires the us...
Techniques which have been used for finishing and quantitatively specifying surface roughness on bou...
Control of surface topography has always been of vital importance for manufacturing and many other e...
Measurements made with a stylus surface tracer which provides a digitized representation of a surfac...
Characterizing surface roughness is important for predicting optical performance. Better measurement...
The Optics Division is currently in the research phase of producing grazing-incidence mirrors to be ...
Surface finish usually affects the quality, performance and lifetime of engineering products. With t...
The design and programming of an automated three dimensional surface finish tester is described. The...
In previous work, laser polishing indirect-SLS metal parts was achieved using a Nd:YAG laser raster...
A recently-developed long-trace surface profiling instrument (LTP) is now in operation in our labora...
The aerodynamic considerations related to model surface definition are examined with particular emph...
This paper analyzes the 2D and 3D distortion effects of a measured profile caused by the stylus tip ...
Instrument, consisting of isolator, differentiator, absolute value circuit, and integrator, uses out...
Surface topography, which significantly affects the performance of many industrial components, is no...
The accurate measurement of surface finish requires standard specimens to calibrate and check the op...
The effective utilization of synchrotron radiation (SR) from high-brightness sources requires the us...
Techniques which have been used for finishing and quantitatively specifying surface roughness on bou...
Control of surface topography has always been of vital importance for manufacturing and many other e...
Measurements made with a stylus surface tracer which provides a digitized representation of a surfac...
Characterizing surface roughness is important for predicting optical performance. Better measurement...
The Optics Division is currently in the research phase of producing grazing-incidence mirrors to be ...
Surface finish usually affects the quality, performance and lifetime of engineering products. With t...
The design and programming of an automated three dimensional surface finish tester is described. The...
In previous work, laser polishing indirect-SLS metal parts was achieved using a Nd:YAG laser raster...
A recently-developed long-trace surface profiling instrument (LTP) is now in operation in our labora...
The aerodynamic considerations related to model surface definition are examined with particular emph...
This paper analyzes the 2D and 3D distortion effects of a measured profile caused by the stylus tip ...
Instrument, consisting of isolator, differentiator, absolute value circuit, and integrator, uses out...
Surface topography, which significantly affects the performance of many industrial components, is no...
The accurate measurement of surface finish requires standard specimens to calibrate and check the op...
The effective utilization of synchrotron radiation (SR) from high-brightness sources requires the us...