Nick McCallum
Search results
A capillary bridge is a minimized surface of liquid or membrane created between two rigid bodies of arbitrary shape. Capillary bridges also may form between two liquids.
May 22, 2003 · With Ryan Kwanten, Simone Kessell, Jarrod Dean, Jeremy Sims. Nick McCallum is mechanic who trades in his wrench for a surfboard, going against the wishes of his father-- a former surfing legend who lost his ability to walk after a horrible accident on the water.
- (225)
- Action, Drama
- Phillip Avalon
- 2003-05-22
Liquid Bridge is a 2003 Australian film starring Ryan Kwanten. The film concerns aspiring pro surfer Nick McCallum (Kwanten), who is held back from achieving fame by his disabled father. However, after being framed for smuggling drugs and jailed, he fights to prove his innocence.
Learn about the theory, stability, and applications of liquid bridges, a mass of liquid sustained by surface tension between two parallel disks. Explore the numerical and analytical methods, the capillary surfaces, and the geometric partial differential equations related to liquid bridges.
Often the attention is focussed on the force that keeps objects connected to a liquid if they are pulled out. The liquid bridge that, in the case of wetted materials, keeps object and fluid together is characterized by a concave meniscus, i.e. by an attractive Laplace pressure.
Nov 20, 2017 · LIQUID BRIDGE (2003) | Official Trailer WATCH ON AMAZON: http://amzn.to/2B4KNW5 Surfer Nick McCallum refrains from going pro in order to appease his dad, Bob, who was left permanently...
- 3 min
- 4.3K
- Multicom Entertainment
People also ask
What is liquid bridge about?
What is liquid bridge bonding?
Why does a liquid bridge form between two solid surfaces?
Why does a liquid bridge have a weak end-effect?
Sep 2, 2021 · In this paper, we experimentally explore the formation, evolution, and breakup of the Armstrong liquid bridge. The extremely complicated evolution stage is revealed, which involves many coupled processes including the morphology change, current variation, heat transfer, and water evaporation.
