Advanced in Mach¿Zehnder Interferometer to Study Heat & Mass Transfer - Ahadi, Amirhossein
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Interferometry is a method that measures the displacement between regions of different refractive indices.It therefore has many applications in the measurement of fluid flows, photo elastic stresses, surfaces and thin films and vibrations.By extracting the phase information from the fringe pattern, a quantitative height map is produced.The height map may represent a surface profile, displacement,or the optical path difference through a phase object.The windowed Fourier transform (WFT) method is used to analyze the same experiments to study heat and mass transfer. In this method, a Fourier…mehr

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Produktbeschreibung
Interferometry is a method that measures the displacement between regions of different refractive indices.It therefore has many applications in the measurement of fluid flows, photo elastic stresses, surfaces and thin films and vibrations.By extracting the phase information from the fringe pattern, a quantitative height map is produced.The height map may represent a surface profile, displacement,or the optical path difference through a phase object.The windowed Fourier transform (WFT) method is used to analyze the same experiments to study heat and mass transfer. In this method, a Fourier transformation is applied on the fringes at two different stages: initially, during the filtration of the non-zero peaks and then on the wrapped phase image. A theoretical approach and experimental models are proposed to estimate the experimental thermal time of the Mach Zehnder interferometry experiment that deals with coupling between heat and mass transfer phenomena. Mach-Zehnder Interferometry has been found to be an accurate and precise experimental tool to visualize the thermodiffusion phenomenon inside the parallelepiped cavity, when a thermal gradient is applied at its two opposite sid
Autorenporträt
Amirhossein Ahadi received B.Sc. in aerospace engineering & M.Sc. and Ph.D degree in mechanical engineering from Ryerson University, Toronto, Canada. He is a graduate level instructor and senior engineer at Kelvin Storage Inc. His research interest includes thermofluid, heat and mass transfer, optimization, renewable energy, optics in engineering.