* The droplet size is 50 micron, and solid core size is 25 micron
* The impact veloicty is increased to V=250 m/s
* The high impact velocity causes the 'swirling' fluid motion
* The fluid 'splashes' at high impact velocity
Tuesday, December 9, 2008
Tuesday, November 25, 2008
Drop Impact of YSZ droplet particle with a large solid core
For information about numerical simulation of Yttria-Stabilized Zirconia(YSZ) droplet impact, please visit the paper at SpringLink:
http://www.springerlink.com/content/u607255r81t40373/
* The droplet size is 50 micron, and solid core size is 20 micron
* The impact velosity is 100 m/s
* The large solid core imposes a higher resistance to fluid motion
* Fluid retreats due to surface tension forces
http://www.springerlink.com/content/u607255r81t40373/
* The droplet size is 50 micron, and solid core size is 20 micron
* The impact velosity is 100 m/s
* The large solid core imposes a higher resistance to fluid motion
* Fluid retreats due to surface tension forces
Drop Impact of YSZ droplet particle with a small solid core
* The droplet size is 50 micron, and solid core size is 10 micron
* The impact velosity is 100 m/s
* density = 5560 kg/m^3
* viscosity = 0.029 kg/m-s
* surface tension = 0.43 N/m
* contact angle = 90 degree
* The impact velosity is 100 m/s
* density = 5560 kg/m^3
* viscosity = 0.029 kg/m-s
* surface tension = 0.43 N/m
* contact angle = 90 degree
Subscribe to:
Posts (Atom)