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COMSOL Multiphysics™

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multiphysics<br />

Purpose<br />

multiphysics<br />

Multiphysics function.<br />

Syntax<br />

Description<br />

fem1 = multiphysics(fem,...)<br />

xfem1 = multiphysics(xfem,...)<br />

fem1 = multiphysics(fem) combines the applications in fem.appl to the<br />

composite system fem1.<br />

xfem1 = multiphysics(xfem), where xfem is a structure with a field fem,<br />

performs the above call for all of the structures xfem.fem{:}. The results are placed<br />

in xfem1.fem. In addition the fields elemmph and eleminitmph created for each<br />

structure in xfem.fem are concatenated and placed as fields in xfem1.<br />

The function multiphysics accepts the following property/values:<br />

TABLE 1-18: VALID PROPERTY/VALUE PAIRS<br />

PROPERTY VALUE DEFAULT DESCRIPTION<br />

Bdl<br />

Cell array of, or just<br />

an Integer vector or<br />

NaN<br />

all boundaries<br />

Only affect the indicated<br />

boundaries in fem.bnd<br />

Defaults on | off off Return default fields<br />

Diff<br />

Edl<br />

Outform<br />

Outsshape<br />

Pdl<br />

Cell array of, or just<br />

a cell with ga, f, r,<br />

or g, or the strings<br />

off or on<br />

Cell array of, or just<br />

an integer vector or<br />

NaN<br />

Cell array of, or just<br />

an coefficient |<br />

general | weak<br />

Cell Array of, or just<br />

an integer or a NaN<br />

Cell array of, or just<br />

an integer vector or<br />

a NaN<br />

on (for general<br />

form)<br />

all edges<br />

The most<br />

general form of<br />

the subsystems<br />

generated from<br />

appl’s<br />

all points<br />

Differentiate these<br />

coefficients<br />

As Sdl but for fem.edg.<br />

Output form<br />

Output sshape.<br />

NaN is the same as not<br />

providing Outsshape.<br />

Can also be given for each<br />

structure in xfem.fem, by<br />

giving a cell array of<br />

values.<br />

As Sdl but for fem.pnt.<br />

303

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