Abstract: The importance of incompressible viscous flow with moving particles cannot be overemphasized in the analysis and description of several physical phenomena in different fields, such as: Engineering, Oceanography, Meteorology and Geodynamics among others. Several numerical methods have been applied during the past decade to predict the behaviour and interactions between fluid and solid phases. However, these methods do not allow the detail visualization of the information of the problem under consideration. In this study an experiment of incompressible viscous flow phenomenon is carried out using high-speed photography. The experimental set-up includes: an incompressible viscous fluid (transparent shampoo solution), Glass container and spherical particles. The Stokes law is employed to calculate the settling velocities of the particles (spherical). This paper is divided into the following sections, Section 2 Combined high-speed photography methods, Section 3 Experimental procedures, Section 4 Results and discussion and Section 5 Conclusion.
Keywords: high-speed photography, incompressible viscous flow, and Stokes law.
Title: EXPERIMENTAL STUDY ON INCOMPRESSIBLE FLOW WITH MOVING PARTICLES USING HIGH-SPEED PHOTOGRAPHY
Author: Muhammad Sada Sani, Wu Yu Ching
International Journal of Civil and Structural Engineering Research
ISSN 2348-7607 (Online)
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