*open_model actuator.mfd
*fill_view
*zoom_in
*new_apply
*apply_type fixed_displacement
*apply_dof x *apply_dof_value x
*apply_dof y *apply_dof_value y
*apply_dof z *apply_dof_value z
*add_apply_nodes
fixed_nodes
*new_apply
*apply_type fixed_temperature
*apply_dof t *apply_dof_value t
300
*add_apply_nodes
fixed_nodes
*new_apply
*apply_type fixed_voltage
*apply_dof v *apply_dof_value v
5
*apply_dof_table v
table1
*add_apply_nodes
electrical_pad1_nodes
*new_apply
*apply_type fixed_voltage
*apply_dof v *apply_dof_value v
*add_apply_nodes
electrical_pad2_nodes
*new_icond
*icond_type temperature
*icond_dof t *icond_dof_value t
300
*add_icond_nodes
all_existing
*material_type mechanical:isotropic
*material_value isotropic:youngs_modulus
158000
*material_value isotropic:poissons_ratio
.23
*material_type thermal_expansion:iso_thermal
*material_value iso_thermal:thermal_exp
3.0e-6
*material_type joule
*material_value joule:conductivity
140e6
*material_value joule:resistivity
2.3e-11
*add_material_elements
all_existing
*loadcase_type joule_mechanical_transient
*loadcase_value nsteps
10
*job_class joule_mechanical
*add_job_loadcases lcase1
*save_as_model etm_actuator1.mfd yes
*set_nodes off
*elements_solid
*regenerate
|@|*save_as_model new_features.ch15.etm_actuator.mfd yes
|@|*write_marc new_features.ch15.etm_actuator.dat yes
|@|*quit yes
*update_job
*job_submit_reset
@popup(job_run_popmenu)
*submit_job 1
*pause 20
*monitor_job
@popdown(job_run_popmenu)
*post_open_default
*set_deformed both *find_solid_outline
*post_value Temperature
*fill_view
*zoom_out
*post_contour_bands
*post_monitor
