Vicksburg National Military Park, USS Cairo

https://egrove.olemiss.edu/ms_pcards/1310/thumbnail.jp

A finite element formulation for modeling dynamic wetting on flexible substrates and in deformable porous media.

This report summarizes research advances pursued with award funding issued by the DOE to Drexel University through the Presidential Early Career Award (PECASE) program. Professor Rich Cairncross was the recipient of this award in 1997. With it he pursued two related research topics under Sandia's guidance that address the outstanding issue of fluid-structural interactions of liquids with deformable solid materials, focusing mainly on the ubiquitous dynamic wetting problem. The project focus in the first four years was aimed at deriving a predictive numerical modeling approach for the motion of the dynamic contact line on a deformable substrate. A formulation of physical model equations was derived in the context of the Galerkin finite element method in an arbitrary Lagrangian/Eulerian (ALE) frame of reference. The formulation was successfully integrated in Sandia's Goma finite element code and tested on several technologically important thin-film coating problems. The model equations, the finite-element implementation, and results from several applications are given in this report. In the last year of the five-year project the same physical concepts were extended towards the problem of capillary imbibition in deformable porous media. A synopsis of this preliminary modeling and experimental effort is also discussed

The use of force in international affairs

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Petition of Cato West, and others, on behalf of themselves and the other inhabitants of the Mississippi Territory. : With the documents accompanying the same. 13th January, 1800. Referred to Mr. Claiborne, Mr. Griswold, Mr. Henderson, Mr. Nott, and Mr. Bartlett. : (Published by order of the House of Representatives)

https://egrove.olemiss.edu/msterrdocs/1000/thumbnail.jp