Surface viscosity effects on the motion of self-propelling boat in a channel
Self-propelled droplets have been conceived as simple chemical toy models to mimic motile biological samples such as bacteria. The motion of these droplets is believe to be due to the surface tension gradient in the boundary of the droplet. We performed experiments to look at the effect of varying t...
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oai:animorepository.dlsu.edu.ph:faculty_research-102752023-11-09T23:57:46Z Surface viscosity effects on the motion of self-propelling boat in a channel Aliperio, Mark Gino E. Confesor, Mark Nolan Self-propelled droplets have been conceived as simple chemical toy models to mimic motile biological samples such as bacteria. The motion of these droplets is believe to be due to the surface tension gradient in the boundary of the droplet. We performed experiments to look at the effect of varying the medium viscosity to the speed of a circular boat that was soaked in Pentanol. We found that the boats undergo oscillatory type of motion inside a channel. Moreover we found the maximum speed of the boat is independent on the viscosity of the medium. On the other a time scale describing the width of the velocity profile of the boat was found to increase with increasing viscosity. 2015-01-01T08:00:00Z text https://animorepository.dlsu.edu.ph/faculty_research/11262 info:doi/10.1088/1757-899X/79/1/012002 Faculty Research Work Animo Repository Propellers—Viscosity Boats and boating Physics |
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Propellers—Viscosity Boats and boating Physics |
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Propellers—Viscosity Boats and boating Physics Aliperio, Mark Gino E. Confesor, Mark Nolan Surface viscosity effects on the motion of self-propelling boat in a channel |
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Self-propelled droplets have been conceived as simple chemical toy models to mimic motile biological samples such as bacteria. The motion of these droplets is believe to be due to the surface tension gradient in the boundary of the droplet. We performed experiments to look at the effect of varying the medium viscosity to the speed of a circular boat that was soaked in Pentanol. We found that the boats undergo oscillatory type of motion inside a channel. Moreover we found the maximum speed of the boat is independent on the viscosity of the medium. On the other a time scale describing the width of the velocity profile of the boat was found to increase with increasing viscosity. |
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Aliperio, Mark Gino E. Confesor, Mark Nolan |
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Aliperio, Mark Gino E. Confesor, Mark Nolan |
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Aliperio, Mark Gino E. |
title |
Surface viscosity effects on the motion of self-propelling boat in a channel |
title_short |
Surface viscosity effects on the motion of self-propelling boat in a channel |
title_full |
Surface viscosity effects on the motion of self-propelling boat in a channel |
title_fullStr |
Surface viscosity effects on the motion of self-propelling boat in a channel |
title_full_unstemmed |
Surface viscosity effects on the motion of self-propelling boat in a channel |
title_sort |
surface viscosity effects on the motion of self-propelling boat in a channel |
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Animo Repository |
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2015 |
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https://animorepository.dlsu.edu.ph/faculty_research/11262 |
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