By Sanichiro Yoshida (auth.), Helena Jin, Cesar Sciammarella, Cosme Furlong, Sanichiro Yoshida (eds.)
Imaging tools for Novel fabrics and hard purposes, quantity 3: complaints of the 2012 Annual convention on Experimental and utilized Mechanics, the 3rd quantity of 7 from the convention, brings jointly sixty two contributions to this significant sector of analysis and engineering. the gathering provides early findings and case reviews on basic and utilized points of Experimental and utilized Mechanics, together with papers on:
- Role of optical interferometry in development of fabric characterization
- Three-dimensional imaging and volumetric correlation
- Digital holography and experimental mechanics
- Digital photograph correlation
- Metrology and displacement dimension at diversified scales
- Optical equipment for dynamic tests
- Optical tools for and with MEMS and NEMS
- Thermomechanics and infrared imaging
- Imaging equipment utilized to biomaterials and delicate materials
- Applied photoelasticity
- Optical size platforms utilizing polarized light
- Hybrid imaging techniques
- Contouring of surfaces
- Novel optical techniques
Read or Download Imaging Methods for Novel Materials and Challenging Applications, Volume 3: Proceedings of the 2012 Annual Conference on Experimental and Applied Mechanics PDF
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Additional resources for Imaging Methods for Novel Materials and Challenging Applications, Volume 3: Proceedings of the 2012 Annual Conference on Experimental and Applied Mechanics
Appl Opt 45:6077–6085 21. Rong L, Xiao W, Pan F, Liu S, Li R (2010) Speckle noise reduction in digital holography by use of multiple polarization holograms. Chin Opt Lett 8(7):653–655 22. Charrie´re F, Rappaz B, K€ uhn J, Colomb T, Market P, Depeursinge C (2007) Influence of shot noise on phase measurement accuracy in digital holographic microscopy. Opt Express 15(14):8818–8831 23. Dubois F, Novella M, Minetti C, Monnom O, Istasse E (2004) Partial spatial coherence effects in digital holographic microscopy with to laser source.
Fig. 4 Displacement map of the simulated response of the MOP to a range of random excitation frequencies. The color-coded normalized absolute displacement map of the MOP decomposed in X (left) and X (right) displacement components specifically the required degrees of freedom (DOF) and workspace to position the otoscope near the patients’ ear. The control elements in the MOP have been designed so that they are all parts of a parallel control system that is easily expandable without any change in the existing hardware of the MOP.
We also propose a technique based on the averaging process of reconstructed images at different reconstruction distances within the range determined by the focus depth. We obtained an improved phase image without image quality diminution, in which a noise reduction of 46% was achieved, and that was in agreement with the value predicted by simulations. In addition, the averaging process does not demand the recording of a number of object wavefronts taking advantage only in time computation. Then we have been shown axial topographic measurements in agreement with the measurements made with a standard AFM technique and mentioned some advantages between our proposed method and AFM method.