*Heading
 :  cpeg6m Model Change Verification; Hyperelastic Material
*Node
 1,
 11,5.
 401,,2.
 411,5.,2.
 1000,0.0,0.0
*Ngen,Nset=Bot
 1,11,1
*Ngen,Nset=Top
 401,411,1
*Nfill,Nset=Nall
 Bot,Top,4,100
*Nset, Nset=Xfix, Gen
 1, 401, 100
*Nset, Nset=Yfix
 1, 
*Nset, Nset=Yfix2
 11, 
*Nset, Nset=Xmove, Gen
 11, 411, 100
*Nset, Nset=Ymove, Gen
 104, 108, 1
 204, 208, 1
 304, 308, 1
 404, 408, 1
*Element,Type=cpeg6m,Elset=Eall
 1  ,1,3,201, 2,102,101
 101,201,3,203, 102,103,202
*Elgen,Elset=Eall
 1,5,2,1,2,200,5
 101,5,2,1,2,200,5
*Elset, Elset=Eremov
 2,3,4,7,8,9
 102,103,104,107,108,109
** Qa_Test_Eall and Qa_Test_Nall needed for ABAQUS QA purposes only
*Elset,Elset=Qa_Test_Eall
 Eall,
*Nset,Nset=Qa_Test_Nall
 Nall,
*Solid Section,Material=Rubber,Elset=Eall,Refnode=1000
 1.,
*Material,Name=Rubber
*Hyperelastic, N=1
 56.00e4, 14.00e4, 1.43e-7
*Boundary
 Yfix, 2, 2
 Xfix, 1,1
 Yfix2, 2,2
 1000,3,5
*Step,Nlgeom
 Compress Elements
*Static
 0.1,1.,0.1,0.1
** Control parameters needed for ABAQUS QA purposes only
*Controls,Parameters=Field
 1.e-6,,,1.,,1e-10
*Boundary
 Xmove, 1,1 ,-0.1
*Node Print, Freq=99
 U, 
 Rf, 
*El Print, Freq=99
 E, 
 Ne, 
 S, 
*El File, Freq=99
 E, Ne, S
*Node File, Freq=99
 U, Rf
*Output, Field, Freq=99
*Element Output
 E, S
*Node Output
 Rf, U
*Output, Field, Freq=99
*Element Output, Elset=Qa_Test_Eall
 E
*Node Output, Nset=Qa_Test_Nall
 U, Rf
*End Step
*Step,Nlgeom
 Remove Middle Elements
*Static
 1.,1.
*Model Change,Remove,Type=Element
 Eremov,
*Output, Field, Freq=99
*Element Output
 E, S
*Node Output
 Rf, U
*Output, Field, Freq=0
*Element Output, Elset=Qa_Test_Eall
 E
*Node Output, Nset=Qa_Test_Nall
 U, Rf
*End Step
*Step,Nlgeom
*Static
 1.,1.
*Boundary
 Ymove, 2,2, 0.0
*End Step
*Step,Nlgeom
 Add Elements Back In
*Static
 0.1,1.,0.1,0.1
*Model Change,Add,Type=Element
 Eremov, 
*Boundary,Op=New
 Yfix, 2, 2
 Xfix, 1,1
 Yfix2, 2,2
 Xmove, 1,1 ,0.1
*Output, Field, Freq=99
*Element Output
 E, S
*Node Output
 Rf, U
*Output, Field, Freq=99
*Element Output, Elset=Qa_Test_Eall
 E
*Node Output, Nset=Qa_Test_Nall
 U, Rf
*End Step