*GAP HEAT GENERATION

Introduce heat generation due to energy dissipation at the interface.

This option is used to modify the default gap heat generation model used to dissipate energy created by nonthermal surface interactions, such as frictional sliding or electric currents. The default is to convert all of the dissipated energy to heat and to distribute it evenly between the two interacting surfaces.

The GAP HEAT GENERATION option must be used in conjunction with the SURFACE INTERACTION option or in an Abaqus/Standard analysis with the GAP option.

This page discusses:

There are no parameters associated with this option.
Data line to define the gap heat generation

There are no parameters associated with this option.

Data line to define the gap heat generation

First (and only) line

$η$ , fraction of dissipated energy converted into heat, including any unit conversion factor. The default value is 1.0.
f, weighting factor for the distribution of heat between the interacting surfaces. The heat flux into the secondary surface is weighted by f, and the heat flux into the main surface is weighted by 1 − f. By default, the heat is distributed equally between the two surfaces, $f = 0.5$ .