An approach for moire deflectometry based on Fourier-transform analysis is described. Fourier-transform is used for analyzing and evaluating both infinite and finite moire deflectograms. Deflections in two orthogonal directions are integrated to reconstruct the tested surface. A least square fitting is used in finite moire deflectogram to eliminate declination error caused by inclination between two Ronchi grating lines. Results from experiments of aspheric surface measurement based on this approach have proved its effectiveness
A digital moiré technique with circular and radial gratings is proposed to measure in-plane displace...
Moire topography is applied to the figure assessment of solar mirrors. The technique is demonstrated...
A hybrid technique of combining moire measurement and analytical solution is developed to separate t...
Moire deflectometry is a wave front technique combining Talbot effect with Moire technique for measu...
Plotting of moire fringes from the results of finite element calculations is important because of th...
The profilometry method used here is the Fourier-Transform Profilometry Method that was originally p...
The signal-to-noise ratio of moiré images is quite low. Obtaining useful information from a...
This paper describes an optical technique for contour measurement based on the fibre optic fringe pr...
This paper compares Fourier Transform Profilometry, a computer based technique for automatic 3-D mea...
The theoretical background and the procedure of executing a new moire interferometry method, which c...
A novel approach to estimate fringe order in Moire topography is proposed. Along with the light sour...
A simple moire method for the direct measurement of refractive indices is presented. The change of m...
The technique of making inexpensive diffraction gratings of a quality suitable for moire fringe stra...
Moire Interferometry is a whole field, high sensitive technique for deformation measurement. It is a...
Digital heterodyne methods are employed in conjunction with periodic fringe projection to produce a ...
A digital moiré technique with circular and radial gratings is proposed to measure in-plane displace...
Moire topography is applied to the figure assessment of solar mirrors. The technique is demonstrated...
A hybrid technique of combining moire measurement and analytical solution is developed to separate t...
Moire deflectometry is a wave front technique combining Talbot effect with Moire technique for measu...
Plotting of moire fringes from the results of finite element calculations is important because of th...
The profilometry method used here is the Fourier-Transform Profilometry Method that was originally p...
The signal-to-noise ratio of moiré images is quite low. Obtaining useful information from a...
This paper describes an optical technique for contour measurement based on the fibre optic fringe pr...
This paper compares Fourier Transform Profilometry, a computer based technique for automatic 3-D mea...
The theoretical background and the procedure of executing a new moire interferometry method, which c...
A novel approach to estimate fringe order in Moire topography is proposed. Along with the light sour...
A simple moire method for the direct measurement of refractive indices is presented. The change of m...
The technique of making inexpensive diffraction gratings of a quality suitable for moire fringe stra...
Moire Interferometry is a whole field, high sensitive technique for deformation measurement. It is a...
Digital heterodyne methods are employed in conjunction with periodic fringe projection to produce a ...
A digital moiré technique with circular and radial gratings is proposed to measure in-plane displace...
Moire topography is applied to the figure assessment of solar mirrors. The technique is demonstrated...
A hybrid technique of combining moire measurement and analytical solution is developed to separate t...