Plants generate motion by absorbing and releasing water. Many Asteraceae plants, such as
the dandelion, have a hairy pappus that can close depending on moisture levels to modify …

The aerodynamic performance and wake structure of dandelion seed pappus have been
numerically studied based on a simplified quasi-dandelion pappus (QDP) model with its …

A typical plant that is distributed by wind is the dandelion, which possesses a complex hairy
pappus that aids in flying. A pappus or group of bristly filaments found in plumed seeds is …

Flow over a radiating multi-filamentous structure with various opening angles has been
investigated numerically at low and moderate Reynolds numbers. The opening angle, as the …

Dandelion pappus is a special geometry of radial porous disc and exhibits the separated
vortex ring wake structure in low Reynolds numbers. In the current study, dynamic wake …

Dandelion is a classic example of a wind-dispersed plant and enabling long-distance seed
dispersal. In 2018, Cummins et al. reported their results of freely flying tests and fixed tests …

抄録 Dandelion is a classic example of a wind-dispersed plant and enabling long-distance
seed dispersal. In 2018, Cummins et al. reported their results of freely flying tests and fixed …

抄録 There are two kinds of seeds that fly by wind, pappose seeds and winged seeds. The
former is known to make parachuting flights, which utilize the drag force acting on the …