<?xml version="1.0" encoding="ISO-8859-1"?>
<febio_spec version="2.5">
<!--This document was written by
	C:\oks_simulations\oks007\model\MedToFebio.py
	on Mar 27 2019 at 11:03:54 AM-->
<Module type="solid" />
<Material>
<material id="1" name="PTB" type="rigid body">
<density>
1e-9</density>
</material>
<material id="2" name="FBB" type="rigid body">
<density>
1e-9</density>
</material>
<material id="3" name="TBB" type="rigid body">
<density>
1e-9</density>
</material>
<material id="4" name="FMB" type="rigid body">
<density>
1e-9</density>
</material>
<material id="5" name="QAT" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="6" name="TBC-L" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="7" name="PCL" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="8" name="PTC" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="9" name="ACL" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="10" name="MCL" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="11" name="PTL" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="12" name="MNS-L" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="13" name="MNS-M" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="14" name="LCL" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="15" name="TBC-M" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
<material id="16" name="FMC" type="Mooney-Rivlin">
<c1>
0.1</c1>
<c2>
0</c2>
<k>
100</k>
<density>
1e-9</density>
</material>
</Material>
<Geometry from="Geometry.feb" />
<Boundary>
<rigid name="QAT_With_PTB" node_set="QAT_@_PTB_TiesNodes" rb="1" />
<rigid name="TBC-L_With_TBB" node_set="TBC-L_@_TBB_TiesNodes" rb="3" />
<rigid name="PCL_With_TBB" node_set="PCL_@_TBB_TiesNodes" rb="3" />
<rigid name="PCL_With_FMB" node_set="PCL_@_FMB_TiesNodes" rb="4" />
<rigid name="PTC_With_PTB" node_set="PTC_@_PTB_TiesNodes" rb="1" />
<rigid name="PTL_With_PTB" node_set="PTL_@_PTB_TiesNodes" rb="1" />
<rigid name="ACL_With_TBB" node_set="ACL_@_TBB_TiesNodes" rb="3" />
<rigid name="ACL_With_FMB" node_set="ACL_@_FMB_TiesNodes" rb="4" />
<rigid name="LCL_With_FBB" node_set="LCL_@_FBB_TiesNodes" rb="2" />
<rigid name="MCL_With_TBB" node_set="MCL_@_TBB_TiesNodes" rb="3" />
<rigid name="MCL_With_FMB" node_set="MCL_@_FMB_TiesNodes" rb="4" />
<rigid name="PTL_With_TBB" node_set="PTL_@_TBB_TiesNodes" rb="3" />
<rigid name="MNS-L_With_TBB" node_set="MNS-L_@_TBB_TiesNodes" rb="3" />
<rigid name="MNS-M_With_TBB" node_set="MNS-M_@_TBB_TiesNodes" rb="3" />
<rigid name="LCL_With_FMB" node_set="LCL_@_FMB_TiesNodes" rb="4" />
<rigid name="TBC-M_With_TBB" node_set="TBC-M_@_TBB_TiesNodes" rb="3" />
<rigid name="FMC_With_FMB" node_set="FMC_@_FMB_TiesNodes" rb="4" />
<rigid_body mat="1">
<fixed bc="Rx" />
<fixed bc="Ry" />
<fixed bc="Rz" />
<fixed bc="y" />
<fixed bc="x" />
<fixed bc="z" />
</rigid_body>
<rigid_body mat="2">
<fixed bc="Rx" />
<fixed bc="Ry" />
<fixed bc="Rz" />
<fixed bc="y" />
<fixed bc="x" />
<fixed bc="z" />
</rigid_body>
<rigid_body mat="3">
<fixed bc="Rx" />
<fixed bc="Ry" />
<fixed bc="Rz" />
<fixed bc="y" />
<fixed bc="x" />
<fixed bc="z" />
</rigid_body>
<rigid_body mat="4">
<fixed bc="Rx" />
<fixed bc="Ry" />
<fixed bc="Rz" />
<fixed bc="y" />
<fixed bc="x" />
<fixed bc="z" />
</rigid_body>
<!--<prescribed bc="z" lc="1">
1.0</prescribed>
-->
<!--<force bc="z" lc="1">
10.0</force>
-->
</Boundary>
<Contact>
<contact surface_pair="QAT_To_FMB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="QAT_To_FMC" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="TBC-L_To_FMC" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="TBC-L_To_MNS-L" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="PCL_To_TBB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="PCL_To_FMB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="PCL_To_MNS-M" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="PCL_To_ACL" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="PTC_To_FMC" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="ACL_To_TBB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="ACL_To_FMB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="MCL_To_TBB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="MCL_To_FMB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="MNS-L_To_FMC" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="MNS-M_To_TBC-M" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="MNS-M_To_FMC" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="LCL_To_FMB" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="TBC-M_To_FMC" type="facet-to-facet sliding">
<penalty>
1</penalty>
<maxaug>
10</maxaug>
<auto_penalty>
1</auto_penalty>
<laugon>
1</laugon>
</contact>
<contact surface_pair="MCL_To_MNS-M" type="tied">
<penalty>
10</penalty>
</contact>
</Contact>
<LoadData>
<loadcurve id="1" type="linear">
<point>
0,0</point>
<point>
1,1</point>
</loadcurve>
<loadcurve id="2" type="step">
<point>
0.00,0.1</point>
<point>
0.10,0.1</point>
<point>
0.20,0.1</point>
<point>
0.30,0.1</point>
<point>
0.40,0.1</point>
<point>
0.50,0.1</point>
<point>
0.60,0.1</point>
<point>
0.70,0.1</point>
<point>
0.80,0.1</point>
<point>
0.90,0.1</point>
<point>
1.00,0.1</point>
</loadcurve>
</LoadData>
<Output>
<plotfile type="febio">
<var type="contact gap" />
<var type="contact pressure" />
<var type="contact traction" />
<var type="displacement" />
<var type="reaction forces" />
<var type="stress" />
<!--<var type="prestrain stretch"/>
-->
</plotfile>
</Output>
<Step name="Initialize">
<Control type="febio">
<time_steps>
10</time_steps>
<step_size>
0.1</step_size>
<time_stepper>
<dtmin>
1e-10</dtmin>
<dtmax lc="2">
0.1</dtmax>
<max_retries>
20</max_retries>
<opt_iter>
10</opt_iter>
<aggressiveness>
1</aggressiveness>
</time_stepper>
<optimize_bw>
1</optimize_bw>
<plot_level>
PLOT_MUST_POINTS</plot_level>
<analysis type="static" />
<min_residual>
1e-10</min_residual>
</Control>
<!--<Constraints>

			<constraint type="prestrain">

				<tolerance>
0.01</tolerance>

				<update>
1</update>

			</constraint>

		</Constraints>
-->
</Step>
<Step name="LoadingStep">
<Control type="febio">
<time_steps>
10</time_steps>
<step_size>
0.1</step_size>
<time_stepper>
<dtmin>
1e-10</dtmin>
<dtmax lc="2">
0.1</dtmax>
<max_retries>
20</max_retries>
<opt_iter>
10</opt_iter>
<aggressiveness>
1</aggressiveness>
</time_stepper>
<optimize_bw>
1</optimize_bw>
<plot_level>
PLOT_MUST_POINTS</plot_level>
<analysis type="static" />
<min_residual>
1e-10</min_residual>
</Control>
</Step>
</febio_spec>