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1
Drag-based swimmer robot II
Published 2023“…The objective of this project is to design and fabricate a swimmer robot that mimics the swimming motion of krill and evaluate the performance of drag-based swimming in robots. …”
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Final Year Project (FYP) -
2
Rapidly yawing spheroids in viscous shear flow: emergent loss of symmetry
Published 2025“…We investigate the emergent three-dimensional (3D) dynamics of a rapidly yawing spheroidal swimmer interacting with a viscous shear flow. We show that the rapid yawing generates non axisymmetric emergent effects, with the active swimmer behaving as an effective passive particle with two orthogonal planes of symmetry. …”
Journal article -
3
Swimming in Data
Published 2024“…One long blast of the referee’s whistle summons eight of the world’s fastest swimmers to the starting blocks. The air is thick with anticipation as the noise of the crowd gradually fades and tunnel vision sets in. …”
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4
The transfer and maximisation of dry-land strength & power into in-water thrust in competitive swimming
Published 2019“…BACKGROUND: The ability of competitive swimmers to maximise dry-land strength gains into useful swimming thrust is important for swimming performance. …”
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Final Year Project (FYP) -
5
Analysis and control of aquatic locomotion on robotic fish
Published 2014“…In this project, the author developed biomimetic shark, whose swimming mechanism is categorized under thunniform, one of the most efficient swimmers. All four main shark fins were applied in the robot, namely Caudal fin, Pectoral fins, and Dorsal fin. …”
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Final Year Project (FYP) -
6
Hydrodynamic forces on a side-by-side ellipse pair with and without relative motion
Published 2024“…Motivated by flow interactions in schooling biological swimmers as well as in unmanned underwater vehicle fleets, we investigate the flow past two identical 6 : 1 ellipses using two-dimensional simulations at Reynolds numbers of (103). …”
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Article -
7
Adenovirus-associated health risks for recreational activities in a multi-use coastal watershed based on site-specific quantitative microbial risk assessment
Published 2013“…We used site-specific quantitative microbial risk assessment (QMRA) to assess the probability of adenovirus illness for three groups of swimmers: adults with primary contact, children with primary contact, and secondary contact regardless of age. …”
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Journal Article