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COMSOL Multiphysics™

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gencyl2, gencyl3<br />

s2 = gencyl2(...) creates a surface straight homogeneous generalized cylinder,<br />

from the same arguments as described for gencyl3. gencyl2 is a subclass of face3.<br />

Generalized cylinder objects have the following properties:<br />

TABLE 1-49: GENERALIZED CYLINDER OBJECT PROPERTIES<br />

PROPERTY<br />

DESCRIPTION<br />

base<br />

Base 2D geometry object.<br />

h<br />

Height.<br />

rat<br />

Ratio.<br />

dx, dy<br />

Semi-axes.<br />

x, y, z, xyz Position of the object. Components and vector forms.<br />

ax2<br />

ax3<br />

rot<br />

Rotational angle of symmetry axis.<br />

Axis of symmetry.<br />

Rotational angle.<br />

In addition, all 3D geometry object properties are available. All properties can be<br />

accessed using the syntax get(object,property). See geom3 for details.<br />

Compatibility<br />

Examples<br />

The FEMLAB 2.3 syntax is obsolete but still supported. The numbering of faces,<br />

edges and vertices is different from the numbering in objects created in 2.3.<br />

Creation of a 3D solid with two circular edges, and with a top face that is smaller<br />

than the bottom face.<br />

base = solid2(geomdel(rect2(2,6,'pos',[-1 -3])+...<br />

circ2(1,'pos',[0 -3])+circ2(1,'pos',[0 3])));<br />

g3 = gencyl3(base,2,0.75);<br />

geomplot(g3)<br />

See Also<br />

econe2, econe3, extrude, face3<br />

195

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