… While on the flat surface the impact proceeds in deposition mode, the drop bounces from
the substrate structured by micro-grooves before impacting a second time with subsequent …

… To predict the upper limit of impact velocity for bouncing droplets, a high-speed … the
micro-grooves. In addition, there was a shorter contact time of bouncing droplets with the decrease in …

… bounce-back rule, the collision and forcing still occur at boundary nodes in the modified
bounce… In the case of Re = 100, 150 and 200, all of the micro-grooves simulated in the present …

… solid pillars between the different micro-grooves. The script P and … to different width of the
micro-grooves and solid pillars. The … by surface grooves on drop displacing process. Ultrasonic …

… wetting ability by decorating micro grooves and pillars (… for the drop quickly wetting the solid
and bouncing stage for … 4.5 ms after dropping, and it takes almost 10 ms to bounce and leave …

… bouncing is converted into the petal bouncing, dramatically reducing t c by up to ∼75%. In
the region of conventional bouncing (We < We … The moments when A b and A s decrease to 0 …

… is incorporated into the plastron [41] and the bounce of droplet occurs first at 165 C. The total
… remains constant until it dropped sharply after 60s. Solid pillars of micro-grooves hinder the …

… was enlonged along the micro-grooves. It contributed to the drop being pinned at the micro-…
The droplet partially bounced as W e = 9.0 (see figure 11(b)). The liquid was invaded into …

… by introducing various micro grooves on copper surfaces, and … [11] used jumping droplets
to demonstrate the same thing. … first to investigate drop nucleation in DWC, finding that drops …

… of the two kinds of micro grooves is greater higher than that … and optical image of the drop
shedding behavior. In the figure, … condensate droplets merging and jumping along the groove. …