Fluid Dynamics pp 218-307 | Cite as



The simplest state of a fluid is the state of rest. The macroscopically observable velocity vanishes, and the forces developing in the fluid are described in terms of the pressure field established in response to a body force. The subject of hydrostatics encompasses two main topics: the computation of forces exerted on immersed surfaces and submerged bodies, and the study of the shapes of interfaces separating two stationary, translating, or rotating fluids. Although the problem statement and mathematical formulation is straightforward in both cases, deriving solutions for all but the simplest configurations requires the use of numerical methods for solving algebraic, ordinary, and partial differential equations.


Contact Angle Contact Line Incline Plane Capillary Rise Capillary Length 
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© Springer-Verlag US 2009

Authors and Affiliations

  1. 1.University of CaliforniaSan DiegoUSA

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