TY - JOUR
T1 - Applying digital particle image velocimetry to animal-generated flows
T2 - Traps, hurdles and cures in mapping steady and unsteady flows in Re regimes between 10(-2) and 10(5)
AU - Stamhuis, E J
AU - Videler, J J
AU - van Duren, L A
AU - Muller, U K
PY - 2002/12
Y1 - 2002/12
N2 - Digital particle image velocimetry (DPIV) has been applied to animal-generated flows since 1993 to map the flow patterns and vortex wakes produced by a range of feeding and swimming aquatic animals, covering a Re range of 10(-2)-10(5). In this paper, the special circumstances, problems and some solutions on many aspects of PIV, which arise from working with living animals, are discussed and illustrated. Topics covered are the experimental set-up, animal housing, restraining animals, animal training, flow tanks, seeding, illumination, imaging, analysis accuracy and result interpretation. Examples include the feeding currents of different juvenile stages of copepods, filter feeding in acorn barnacles, filter feeding in cockles and soft-shelled clams, the wake of burst-swimming zebra danios, burrow ventilation in a mudshrimp and the vortex chain wake of a swimming mullet. DPIV appeared to be a powerful tool for studying animal-generated flows. However, PIV has to be applied with caution and often needs to be adapted to the particular circumstances to take into account the presence of animals and to ensure that the mapped flow phenomena arise from normal behaviour.
AB - Digital particle image velocimetry (DPIV) has been applied to animal-generated flows since 1993 to map the flow patterns and vortex wakes produced by a range of feeding and swimming aquatic animals, covering a Re range of 10(-2)-10(5). In this paper, the special circumstances, problems and some solutions on many aspects of PIV, which arise from working with living animals, are discussed and illustrated. Topics covered are the experimental set-up, animal housing, restraining animals, animal training, flow tanks, seeding, illumination, imaging, analysis accuracy and result interpretation. Examples include the feeding currents of different juvenile stages of copepods, filter feeding in acorn barnacles, filter feeding in cockles and soft-shelled clams, the wake of burst-swimming zebra danios, burrow ventilation in a mudshrimp and the vortex chain wake of a swimming mullet. DPIV appeared to be a powerful tool for studying animal-generated flows. However, PIV has to be applied with caution and often needs to be adapted to the particular circumstances to take into account the presence of animals and to ensure that the mapped flow phenomena arise from normal behaviour.
KW - CALLIANASSA-SUBTERRANEA DECAPODA
KW - DISCRETE WINDOW OFFSET
KW - BURROW VENTILATION
KW - MARINE-ENVIRONMENT
KW - SWIMMING FISH
KW - SLOW FLIGHT
KW - WAKE
KW - THALASSINIDEA
KW - SHRIMP
KW - MORPHOLOGY
U2 - 10.1007/s00348-002-0520-x
DO - 10.1007/s00348-002-0520-x
M3 - Article
SN - 0723-4864
VL - 33
SP - 801
EP - 813
JO - Experiments in Fluids
JF - Experiments in Fluids
IS - 6
ER -