Compass Project Inclined Plane Simulation

Abstract
For the sake of simplicity, the use of the term “island”
in ESRP is used hereinafter to mean that the boundary may
be either a straight line extending from the inlet to the
outlet or a straight line forming an angle of only one degree
with the horizontal. The term “submarine” or “undersea”
is used to mean a natural or artificial barrier without which the
unit would not exist or, in the alternative, to refer to an undersea
reservoir that is artificial and that has a floor or floorless
ends. A “solid floor” is an open floor in the sense that its
surface is continuous except at its ends. The term “fins” is
used hereinafter to mean the benthic or planktonic type of fin with
end effectors, and the term “exoskeletons” is used to describe
the rigid body structures which are embedded in the water column
at the surface and do not penetrate into it.
This essay must be read in the light of the theories and principles
for which it was written, namely the theory of the relative location
of the wind and water and the theory of dynamical systems. These
theories apply only to general cases and to circumstances within
particularized geometrical systems, and hence, it is best to employ
the terms “geometrical” and “topological” terms wherever is necessary.
The wind and water are not idealized factors in the problems
properly discussed, as they are in the simplified form of “vortex”
and “surface wave.” In these problems there are no “planes”
or “geometry,” and no idealized problems are imposed upon the
problem under discussion. In these cases, the geometrical
geometry is simply one of symmetry and torsion and geometry simplifies
to the mathematics of physics. The various such geometrical
structures are simplified to “planes,” and the geometry of the
fluid between these planes is “3-dimensional.