**
** ///////////////////////  M O D E L     S E C T I O N  ///////////////////////
**
**
*HEADING
Same as sidecurtain_airbag_impact_xpl:  Side curtain airbag impactor test
 except that the fiber failure strain limit is removed and also the
 the built-in vumat is replaced with the regular fabric material.
**
**  modified QA_TEST output
**
** --------------------  N O D A L    P O I N T    D A T A  --------------------
**
*Node
**
** --------  T R A N S F O R M E D    N O D A L    P O I N T    D A T A  -------
**
** Transformation: Transformation Platte
**
*Node, Nset=Transform_Block_1
**
** Transformation: Transformation HI
**
*Node, Nset=Transform_Block_2
**
** -------  G E N E R A T E D    N O D A L     P O I N T    D A T A  -----------
**
*Node
**
** ------------------------  E L E M E N T     D A T A  ------------------------
**
*Element, Type=C3D8R, Elset=P40000002;KOPF-SOLID
**
*Solid section, Elset=P40000002;KOPF-SOLID,
   Material=Elastic_M99_40000002, Controls=SolidControls
     1,
**
*Section controls, name=SolidControls, hourglass=ENHANCED
**
*Element, Type=SFM3D3, Elset=P20;Durchstromoeffnung_1
**
*Element, Type=SFM3D4R, Elset=P20;Durchstromoeffnung_1
**
*Surface section, Elset=P20;Durchstromoeffnung_1, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P21;Durchstromoeffnung_2
**
*Element, Type=SFM3D4R, Elset=P21;Durchstromoeffnung_2
**
*Surface section, Elset=P21;Durchstromoeffnung_2, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P22;Wall_22
**
*Element, Type=SFM3D4R, Elset=P22;Wall_22
**
*Surface section, Elset=P22;Wall_22, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P23;Wall_23
**
*Element, Type=SFM3D4R, Elset=P23;Wall_23
**
*Surface section, Elset=P23;Wall_23, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P24;Wall_24
**
*Element, Type=SFM3D4R, Elset=P24;Wall_24
**
*Surface section, Elset=P24;Wall_24, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P25;Wall_25
**
*Element, Type=SFM3D4R, Elset=P25;Wall_25
**
*Surface section, Elset=P25;Wall_25, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P26;Wall_26
**
*Element, Type=SFM3D4R, Elset=P26;Wall_26
**
*Surface section, Elset=P26;Wall_26, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P27;Wall_27
**
*Element, Type=SFM3D4R, Elset=P27;Wall_27
**
*Surface section, Elset=P27;Wall_27, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P28;Wall_28
**
*Element, Type=SFM3D4R, Elset=P28;Wall_28
**
*Surface section, Elset=P28;Wall_28, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P29;Wall_29
**
*Element, Type=SFM3D4R, Elset=P29;Wall_29
**
*Surface section, Elset=P29;Wall_29, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P30;Wall_30
**
*Element, Type=SFM3D4R, Elset=P30;Wall_30
**
*Surface section, Elset=P30;Wall_30, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P31;Wall_31
**
*Element, Type=SFM3D4R, Elset=P31;Wall_31
**
*Surface section, Elset=P31;Wall_31, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P32;Wall_32
**
*Element, Type=SFM3D4R, Elset=P32;Wall_32
**
*Surface section, Elset=P32;Wall_32, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P33;Wall_33
**
*Element, Type=SFM3D4R, Elset=P33;Wall_33
**
*Surface section, Elset=P33;Wall_33, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P34;Wall_34
**
*Element, Type=SFM3D4R, Elset=P34;Wall_34
**
*Surface section, Elset=P34;Wall_34, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P35;Wall_35
**
*Element, Type=SFM3D4R, Elset=P35;Wall_35
**
*Surface section, Elset=P35;Wall_35, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P36;Wall_36
**
*Element, Type=SFM3D4R, Elset=P36;Wall_36
**
*Surface section, Elset=P36;Wall_36, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P37;Wall_37
**
*Element, Type=SFM3D4R, Elset=P37;Wall_37
**
*Surface section, Elset=P37;Wall_37, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P38;Wall_38
**
*Element, Type=SFM3D4R, Elset=P38;Wall_38
**
*Surface section, Elset=P38;Wall_38, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P39;Wall_39
**
*Element, Type=SFM3D4R, Elset=P39;Wall_39
**
*Surface section, Elset=P39;Wall_39, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P40;Wall_40
**
*Element, Type=SFM3D4R, Elset=P40;Wall_40
**
*Surface section, Elset=P40;Wall_40, Density=  2.349000e-10
**
*Element, Type=SFM3D3, Elset=P201;Lanze
**
*Element, Type=SFM3D4R, Elset=P201;Lanze
**
*Surface section, Elset=P201;Lanze, Density=  4.698000e-09
**
*Element, Type=SFM3D3, Elset=P20000001;Adapter_-Alukonstruktion
**
*Element, Type=SFM3D4R, Elset=P20000001;Adapter_-Alukonstruktion
**
*Surface section, Elset=P20000001;Adapter_-Alukonstruktion, Density=  1.120000e-08
**
*Element, Type=SFM3D4R, Elset=P20000002;Kohlefaser-Holm
**
*Surface section, Elset=P20000002;Kohlefaser-Holm, Density=  5.895988e-09
**
*Element, Type=SFM3D4R, Elset=P30000001;Fuehrung
**
*Surface section, Elset=P30000001;Fuehrung, Density=  2.340000e-09
**
*Element, Type=SFM3D3, Elset=P40000001;KOPF_SCHALE_INNEN
**
*Element, Type=SFM3D4R, Elset=P40000001;KOPF_SCHALE_INNEN
**
*Surface section, Elset=P40000001;KOPF_SCHALE_INNEN, Density=  7.800000e-10
**
*Element, Type=SFM3D4R, Elset=P40000003;KOPF_SCHALE_AUSSEN
**
*Surface section, Elset=P40000003;KOPF_SCHALE_AUSSEN, Density=  2.800000e-10
**
*Element, Type=SFM3D4R, Elset=P40000004;KOPF_SCHALE_FUER_SOLIDS
**
*Surface section, Elset=P40000004;KOPF_SCHALE_FUER_SOLIDS, Density=  2.800000e-10
**
*Element, Type=SFM3D3, Elset=P40000005;KOPF_ZUSATZSCHALE
**
*Element, Type=SFM3D4R, Elset=P40000005;KOPF_ZUSATZSCHALE
**
*Surface section, Elset=P40000005;KOPF_ZUSATZSCHALE, Density=  2.800000e-10
**
*Element, Type=SFM3D3, Elset=P40000006;Anschraub-Aluplatte
**
*Element, Type=SFM3D4R, Elset=P40000006;Anschraub-Aluplatte
**
*Surface section, Elset=P40000006;Anschraub-Aluplatte, Density=  1.680000e-08
**
*Element, Type=SFM3D4R, Elset=P50000001;Platte
**
*Surface section, Elset=P50000001;Platte, Density=  2.340000e-10
**
*Element, Type=SFM3D4R, Elset=P80000000;Rahmen
**
*Surface section, Elset=P80000000;Rahmen, Density=  1.080000e-09
**
*Element, Type=SFM3D4R, Elset=P80000005;Halterungen
**
*Surface section, Elset=P80000005;Halterungen, Density=  1.080000e-09
**
*Element, Type=SFM3D3, Elset=P80000010;U-Halter
**
*Element, Type=SFM3D4R, Elset=P80000010;U-Halter
**
*Surface section, Elset=P80000010;U-Halter, Density=  2.340000e-10
**
*Element, Type=M3D3, Elset=P1;Chamber_1
**
*Membrane section, Elset=P1;Chamber_1, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P2;Chamber_2
**
*Membrane section, Elset=P2;Chamber_2, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P3;Chamber_3
**
*Membrane section, Elset=P3;Chamber_3, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P4;Chamber_4
**
*Membrane section, Elset=P4;Chamber_4, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P5;Chamber_5
**
*Membrane section, Elset=P5;Chamber_5, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P6;Chamber_6
**
*Membrane section, Elset=P6;Chamber_6, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P7;Chamber_7
**
*Membrane section, Elset=P7;Chamber_7, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P8;Chamber_8
**
*Membrane section, Elset=P8;Chamber_8, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P9;Chamber_9
**
*Membrane section, Elset=P9;Chamber_9, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P10;Chamber_10
**
*Membrane section, Elset=P10;Chamber_10, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P11;Chamber_11
**
*Membrane section, Elset=P11;Chamber_11, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P12;Chamber_12
**
*Membrane section, Elset=P12;Chamber_12, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P13;Chamber_13
**
*Membrane section, Elset=P13;Chamber_13, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P14;Chamber_14
**
*Membrane section, Elset=P14;Chamber_14, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P15;Chamber_15
**
*Membrane section, Elset=P15;Chamber_15, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P16;Chamber_16
**
*Membrane section, Elset=P16;Chamber_16, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P17;Chamber_17
**
*Membrane section, Elset=P17;Chamber_17, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P18;Chamber_18
**
*Membrane section, Elset=P18;Chamber_18, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P19;Saum
**
*Membrane section, Elset=P19;Saum, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P51;Gewebe_Lanzenende
**
*Membrane section, Elset=P51;Gewebe_Lanzenende, Material=fabric
  3.500000e-01,
**
*Element, Type=M3D3, Elset=P52;Gewebe_Lanzenende
**
*Membrane section, Elset=P52;Gewebe_Lanzenende, Material=fabric
  3.500000e-01,
**
*Element, Type=CONN3D2, Elset=P50;BAR___PID________7_&_MID________2
**
*Connector section, Elset=P50;BAR___PID________7_&_MID________2, Behavior=Bar_M203_50
Axial,
**
** -----------------------  M A T E R I A L     D A T A  -----------------------
*Material, Name=Fabric
*Density
  7.830000e-10,
*Damping, Beta=1.e-6
*Fabric, stress free initial slack=no
*Uniaxial, Component=1
*Loading data, regularize=off
*Uniaxial, Component=2
*Loading data, regularize=off
*Uniaxial, Component=shear
*Loading data, regularize=off
**
** Durchstromoeffnung 1
**
*Material, Name=Elastic_M100_20
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Durchstromoeffnung 2
**
*Material, Name=Elastic_M100_21
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 22
**
*Material, Name=Elastic_M100_22
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 23
**
*Material, Name=Elastic_M100_23
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 24
**
*Material, Name=Elastic_M100_24
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 25
**
*Material, Name=Elastic_M100_25
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 26
**
*Material, Name=Elastic_M100_26
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 27
**
*Material, Name=Elastic_M100_27
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 28
**
*Material, Name=Elastic_M100_28
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 29
**
*Material, Name=Elastic_M100_29
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 30
**
*Material, Name=Elastic_M100_30
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 31
**
*Material, Name=Elastic_M100_31
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 32
**
*Material, Name=Elastic_M100_32
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 33
**
*Material, Name=Elastic_M100_33
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 34
**
*Material, Name=Elastic_M100_34
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 35
**
*Material, Name=Elastic_M100_35
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 36
**
*Material, Name=Elastic_M100_36
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 37
**
*Material, Name=Elastic_M100_37
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 38
**
*Material, Name=Elastic_M100_38
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 39
**
*Material, Name=Elastic_M100_39
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Wall 40
**
*Material, Name=Elastic_M100_40
*Density
  7.830000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** BAR   PID        7 & MID        2
**
*Connector behavior, Name=Bar_M203_50
*Connector elasticity, Component=1, Nonlinear
**
**
** Lanze
**
*Material, Name=Elastic_M100_201
*Density
  7.830000e-09,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Adapter -Alukonstruktion
**
*Material, Name=Elastic_M100_20000001
*Density
  2.800000e-09,
*Elastic
  7.000000e+04,   3.000000e-01
**
** Kohlefaser-Holm
**
*Material, Name=Elastic_M100_20000002
*Density
  1.014800e-09,
*Elastic
  7.000000e+04,   3.000000e-01
**
** Fuehrung
**
*Material, Name=Elastic_M100_30000001
*Density
  7.800000e-09,
*Elastic
  2.000000e+05,   3.000000e-01
**
** KOPF SCHALE INNEN
**
*Material, Name=Elastic_M100_40000001
*Density
  7.800000e-09,
*Elastic
  7.000000e+04,   3.000000e-01
**
** KOPF-SOLID
**
*Material, Name=Elastic_M99_40000002
*Density
  2.197800e-09,
*Elastic
  2.100000e+05,   3.000000e-01
**
** KOPF SCHALE AUSSEN
**
*Material, Name=Elastic_M100_40000003
*Density
  2.800000e-09,
*Elastic
  7.000000e+04,   3.000000e-01
**
** KOPF SCHALE FUER SOLIDS
**
*Material, Name=Elastic_M100_40000004
*Density
  2.800000e-09,
*Elastic
  7.000000e+04,   3.000000e-01
**
** KOPF ZUSATZSCHALE
**
*Material, Name=Elastic_M100_40000005
*Density
  2.800000e-09,
*Elastic
  7.000000e+04,   3.000000e-01
**
** Anschraub-Aluplatte
**
*Material, Name=Elastic_M100_40000006
*Density
  2.800000e-09,
*Elastic
  7.000000e+04,   3.000000e-01
**
** Platte
**
*Material, Name=Elastic_M100_50000001
*Density
  7.800000e-10,
*Elastic
  2.500000e+02,   3.000000e-01
**
** Rahmen
**
*Material, Name=Elastic_M100_80000000
*Density
  2.700000e-10,
*Elastic
  7.000000e+04,   3.300000e-01
**
** Halterungen
**
*Material, Name=Elastic_M100_80000005
*Density
  2.700000e-10,
*Elastic
  7.000000e+04,   3.300000e-01
**
** U-Halter
**
*Material, Name=Elastic_M100_80000010
*Density
  7.800000e-10,
*Elastic
  1.250000e+02,   3.300000e-01
**
** ---------------------  R I G I D    B O D Y    D A T A  ---------------------
**
** RigidBody_1000004
**
*Elset, Elset=RBody_1000004_Type0_Elset
P80000000;Rahmen,
P80000005;Halterungen,
P80000010;U-Halter,
**
*Nset, Nset=RBody_1000004_Type0_RefNode
**
*Rigid body, Ref node=99999999, Position=CENTER OF MASS, Elset=RBody_1000004_Type0_Elset
**
** Platte
**
*Elset, Elset=RBody_500000_Type4_Elset
P50000001;Platte,
**
*Nset, Nset=RBody_500000_Type4_RefNode
**
*Rigid body, Ref node=50005000, Elset=RBody_500000_Type4_Elset
**
** Kopf-Adapter-Holm
**
*Elset, Elset=RBody_1000003_Type0_Elset
P20000001;Adapter_-Alukonstruktion,
P20000002;Kohlefaser-Holm,
P40000001;KOPF_SCHALE_INNEN,
P40000002;KOPF-SOLID,
P40000003;KOPF_SCHALE_AUSSEN,
P40000004;KOPF_SCHALE_FUER_SOLIDS,
P40000005;KOPF_ZUSATZSCHALE,
P40000006;Anschraub-Aluplatte,
**
*Nset, Nset=RBody_1000003_Type0_RefNode
**
*Rigid body, Ref node=20005000, Position=CENTER OF MASS, Elset=RBody_1000003_Type0_Elset
**
** Fuehrung
**
*Elset, Elset=RBody_1000001_Type0_Elset
P30000001;Fuehrung,
**
*Nset, Nset=RBody_1000001_Type0_RefNode
**
*Rigid body, Ref node=30005000, Position=CENTER OF MASS, Elset=RBody_1000001_Type0_Elset
**
** Lanze
**
*Elset, Elset=RBody_1_Type4_Elset
P201;Lanze,
**
*Nset, Nset=RBody_1_Type4_RefNode
**
*Rigid body, Ref node=30999, Elset=RBody_1_Type4_Elset
**
** ----------------  C O N T A C T    S U R F A C E    D A T A  ----------------
**
** AIRBAG-U_Halter-Kontakt
**
*Surface, Name=Contact_1000005_Self, Type=ELEMENT
P1;Chamber_1,
P4;Chamber_4,
P6;Chamber_6,
P9;Chamber_9,
P12;Chamber_12,
P18;Chamber_18,
P80000010;U-Halter,
**
** Platte gegen IC
**
*Surface, Name=Contact_1000004_Master, Type=ELEMENT
P50000001;Platte,
**
*Surface, Name=Contact_1000004_Slave, Type=ELEMENT
P1;Chamber_1,
P2;Chamber_2,
P3;Chamber_3,
P4;Chamber_4,
P5;Chamber_5,
P6;Chamber_6,
P7;Chamber_7,
P8;Chamber_8,
P9;Chamber_9,
P10;Chamber_10,
P11;Chamber_11,
P12;Chamber_12,
P13;Chamber_13,
P14;Chamber_14,
P15;Chamber_15,
P16;Chamber_16,
P17;Chamber_17,
P18;Chamber_18,
**
*Surface Interaction, Name=Contact_1000004_Prop
*Friction
  1.000000e-01,
**
** Kontakt Impaktor - IC
**
*Surface, Name=Contact_1000001_Master, Type=ELEMENT
P9;Chamber_9,
P10;Chamber_10,
P11;Chamber_11,
**
*Surface, Name=Contact_1000001_Slave, Type=ELEMENT
P40000003;KOPF_SCHALE_AUSSEN,
P40000005;KOPF_ZUSATZSCHALE,
**
*Surface Interaction, Name=Contact_1000001_Prop
*Friction
  1.000000e-01,
**
** Kontakt Impaktor(Edge)- IC
**
*Elset, Elset=Contact_1000002_Self_Elements
**
*Surface, Name=Contact_1000002_Self, Type=ELEMENT
P1;Chamber_1,
P2;Chamber_2,
P3;Chamber_3,
Contact_1000002_Self_Elements,
**
** Kontakt Holm - Fuehrung
**
*Surface, Name=Contact_1000000_Master, Type=ELEMENT
P30000001;Fuehrung,
**
*Surface, Name=Contact_1000000_Slave, Type=ELEMENT
P20000002;Kohlefaser-Holm,
**
*Surface Interaction, Name=Contact_1000000_Prop
*Friction
  1.000000e-01,
**
** AIRBAG-Selbst-Kontakt
**
*Surface, Name=Contact_1000010_Self, Type=ELEMENT
P1;Chamber_1,
P2;Chamber_2,
P3;Chamber_3,
P4;Chamber_4,
P5;Chamber_5,
P6;Chamber_6,
P7;Chamber_7,
P8;Chamber_8,
P9;Chamber_9,
P10;Chamber_10,
P11;Chamber_11,
P12;Chamber_12,
P13;Chamber_13,
P14;Chamber_14,
P15;Chamber_15,
P16;Chamber_16,
P17;Chamber_17,
P18;Chamber_18,
P19;Saum,
P51;Gewebe_Lanzenende,
P52;Gewebe_Lanzenende,
**
*Surface Interaction, Name=Contact_1000010_Prop
*Friction
  1.000000e-01,
**
** AIRBAG-Selbst-Kontakt
**
*Surface, Name=Contact_1000011_Self, Type=ELEMENT
P51;Gewebe_Lanzenende,
P52;Gewebe_Lanzenende,
P201;Lanze,
**
** AIRBAG-Rest-Kontakt
**
*Surface, Name=Contact_1000003_Master, Type=ELEMENT
P201;Lanze,
**
*Surface, Name=Contact_1000003_Slave, Type=ELEMENT
P1;Chamber_1,
P4;Chamber_4,
P6;Chamber_6,
P9;Chamber_9,
**
*Surface Interaction, Name=Contact_1000003_Prop
*Friction
  1.000000e-01,
**
** ----------  A I R B A G    F L U I D / C H A M B E R S    D A T A  ----------
**
** Inflatable Curtain - Bag1
**
*Physical constants, Universal gas constant=  8.314410e+03, Absolute zero=  0.000000e+00
**
** Chamber external skin
**
**  chamber1-infl.37.5%
**
*Nset, Nset=Ch1_refNode_Bag1
**
*Surface, Name=Ch1_Surface_Bag1, Type=ELEMENT
P1;Chamber_1, SNEG
P20;Durchstromoeffnung_1, SNEG
P40;Wall_40, SPOS
P23;Wall_23, SNEG
P26;Wall_26, SNEG
P27;Wall_27, SNEG
**
*Fluid cavity, Name=Ch1_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch1_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch1_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber2
**
*Nset, Nset=Ch2_refNode_Bag1
**
*Surface, Name=Ch2_Surface_Bag1, Type=ELEMENT
P2;Chamber_2, SNEG
P22;Wall_22, SPOS
P24;Wall_24, SNEG
**
*Fluid cavity, Name=Ch2_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch2_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch2_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber3
**
*Nset, Nset=Ch3_refNode_Bag1
**
*Surface, Name=Ch3_Surface_Bag1, Type=ELEMENT
P3;Chamber_3, SNEG
P23;Wall_23, SPOS
P25;Wall_25, SNEG
**
*Fluid cavity, Name=Ch3_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch3_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch3_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber4
**
*Nset, Nset=Ch4_refNode_Bag1
**
*Surface, Name=Ch4_Surface_Bag1, Type=ELEMENT
P4;Chamber_4, SNEG
P26;Wall_26, SPOS
P27;Wall_27, SPOS
P28;Wall_28, SNEG
P29;Wall_29, SNEG
**
*Fluid cavity, Name=Ch4_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch4_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch4_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber5
**
*Nset, Nset=Ch5_refNode_Bag1
**
*Surface, Name=Ch5_Surface_Bag1, Type=ELEMENT
P5;Chamber_5, SNEG
P29;Wall_29, SPOS
P30;Wall_30, SNEG
**
*Fluid cavity, Name=Ch5_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch5_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch5_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber6-infl.17.5%
**
*Nset, Nset=Ch6_refNode_Bag1
**
*Surface, Name=Ch6_Surface_Bag1, Type=ELEMENT
P6;Chamber_6, SNEG
P28;Wall_28, SPOS
P31;Wall_31, SNEG
P32;Wall_32, SNEG
P33;Wall_33, SNEG
**
*Fluid cavity, Name=Ch6_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch6_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch6_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber7
**
*Nset, Nset=Ch7_refNode_Bag1
**
*Surface, Name=Ch7_Surface_Bag1, Type=ELEMENT
P7;Chamber_7, SNEG
P33;Wall_33, SPOS
P34;Wall_34, SNEG
**
*Fluid cavity, Name=Ch7_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch7_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch7_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber8
**
*Nset, Nset=Ch8_refNode_Bag1
**
*Surface, Name=Ch8_Surface_Bag1, Type=ELEMENT
P8;Chamber_8, SNEG
P34;Wall_34, SPOS
**
*Fluid cavity, Name=Ch8_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch8_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch8_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber9-infl.45%
**
*Nset, Nset=Ch9_refNode_Bag1
**
*Surface, Name=Ch9_Surface_Bag1, Type=ELEMENT
P9;Chamber_9, SNEG
P21;Durchstromoeffnung_2, SNEG
P31;Wall_31, SPOS
P32;Wall_32, SPOS
P35;Wall_35, SNEG
P36;Wall_36, SPOS
**
*Fluid cavity, Name=Ch9_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch9_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch9_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber10
**
*Nset, Nset=Ch10_refNode_Bag1
**
*Surface, Name=Ch10_Surface_Bag1, Type=ELEMENT
P10;Chamber_10, SNEG
P36;Wall_36, SNEG
P37;Wall_37, SNEG
**
*Fluid cavity, Name=Ch10_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch10_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch10_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber11
**
*Nset, Nset=Ch11_refNode_Bag1
**
*Surface, Name=Ch11_Surface_Bag1, Type=ELEMENT
P11;Chamber_11, SNEG
P37;Wall_37, SPOS
**
*Fluid cavity, Name=Ch11_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch11_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch11_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber12
**
*Nset, Nset=Ch12_refNode_Bag1
**
*Surface, Name=Ch12_Surface_Bag1, Type=ELEMENT
P12;Chamber_12, SNEG
P35;Wall_35, SPOS
P38;Wall_38, SPOS
**
*Fluid cavity, Name=Ch12_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch12_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch12_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber13
**
*Nset, Nset=Ch13_refNode_Bag1
**
*Surface, Name=Ch13_Surface_Bag1, Type=ELEMENT
P13;Chamber_13, SNEG
P38;Wall_38, SNEG
P39;Wall_39, SPOS
**
*Fluid cavity, Name=Ch13_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch13_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch13_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber14
**
*Nset, Nset=Ch14_refNode_Bag1
**
*Surface, Name=Ch14_Surface_Bag1, Type=ELEMENT
P14;Chamber_14, SNEG
P39;Wall_39, SNEG
**
*Fluid cavity, Name=Ch14_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch14_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch14_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber15
**
*Nset, Nset=Ch15_refNode_Bag1
**
*Surface, Name=Ch15_Surface_Bag1, Type=ELEMENT
P15;Chamber_15, SNEG
P30;Wall_30, SPOS
**
*Fluid cavity, Name=Ch15_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch15_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch15_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber16
**
*Nset, Nset=Ch16_refNode_Bag1
**
*Surface, Name=Ch16_Surface_Bag1, Type=ELEMENT
P16;Chamber_16, SNEG
P24;Wall_24, SPOS
**
*Fluid cavity, Name=Ch16_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch16_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch16_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber17
**
*Nset, Nset=Ch17_refNode_Bag1
**
*Surface, Name=Ch17_Surface_Bag1, Type=ELEMENT
P17;Chamber_17, SNEG
P25;Wall_25, SPOS
**
*Fluid cavity, Name=Ch17_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch17_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch17_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
**  chamber18
**
*Nset, Nset=Ch18_refNode_Bag1
**
*Surface, Name=Ch18_Surface_Bag1, Type=ELEMENT
P18;Chamber_18, SNEG
P40;Wall_40, SNEG
P22;Wall_22, SNEG
**
*Fluid cavity, Name=Ch18_Bag1, Ambient pressure=  1.013250e-01,
   Ref node=Ch18_refNode_Bag1, Ambient temperature=  2.950000e+02,
   Surface=Ch18_Surface_Bag1, Minimum volume=INITIAL VOLUME,
   Behavior=AIR, Adiabatic
**
** External skin surfaces for all chambers
**
*Surface, Name=Ch1_Ext_Skin_Surf_Bag1, Type=ELEMENT
P1;Chamber_1, SNEG
P20;Durchstromoeffnung_1, SNEG
**
*Surface, Name=Ch2_Ext_Skin_Surf_Bag1, Type=ELEMENT
P2;Chamber_2, SNEG
**
*Surface, Name=Ch3_Ext_Skin_Surf_Bag1, Type=ELEMENT
P3;Chamber_3, SNEG
**
*Surface, Name=Ch4_Ext_Skin_Surf_Bag1, Type=ELEMENT
P4;Chamber_4, SNEG
**
*Surface, Name=Ch5_Ext_Skin_Surf_Bag1, Type=ELEMENT
P5;Chamber_5, SNEG
**
*Surface, Name=Ch6_Ext_Skin_Surf_Bag1, Type=ELEMENT
P6;Chamber_6, SNEG
**
*Surface, Name=Ch7_Ext_Skin_Surf_Bag1, Type=ELEMENT
P7;Chamber_7, SNEG
**
*Surface, Name=Ch8_Ext_Skin_Surf_Bag1, Type=ELEMENT
P8;Chamber_8, SNEG
**
*Surface, Name=Ch9_Ext_Skin_Surf_Bag1, Type=ELEMENT
P9;Chamber_9, SNEG
P21;Durchstromoeffnung_2, SNEG
**
*Surface, Name=Ch10_Ext_Skin_Surf_Bag1, Type=ELEMENT
P10;Chamber_10, SNEG
**
*Surface, Name=Ch11_Ext_Skin_Surf_Bag1, Type=ELEMENT
P11;Chamber_11, SNEG
**
*Surface, Name=Ch12_Ext_Skin_Surf_Bag1, Type=ELEMENT
P12;Chamber_12, SNEG
**
*Surface, Name=Ch13_Ext_Skin_Surf_Bag1, Type=ELEMENT
P13;Chamber_13, SNEG
**
*Surface, Name=Ch14_Ext_Skin_Surf_Bag1, Type=ELEMENT
P14;Chamber_14, SNEG
**
*Surface, Name=Ch15_Ext_Skin_Surf_Bag1, Type=ELEMENT
P15;Chamber_15, SNEG
**
*Surface, Name=Ch16_Ext_Skin_Surf_Bag1, Type=ELEMENT
P16;Chamber_16, SNEG
**
*Surface, Name=Ch17_Ext_Skin_Surf_Bag1, Type=ELEMENT
P17;Chamber_17, SNEG
**
*Surface, Name=Ch18_Ext_Skin_Surf_Bag1, Type=ELEMENT
P18;Chamber_18, SNEG
**
** Wall opening surfaces for all chambers
**
*Surface, Name=Wall_Opening_P22_Bag1, Type=ELEMENT
P22;Wall_22, SPOS
**
*Surface, Name=Wall_Opening_P23_Bag1, Type=ELEMENT
P23;Wall_23, SPOS
**
*Surface, Name=Wall_Opening_P24_Bag1, Type=ELEMENT
P24;Wall_24, SPOS
**
*Surface, Name=Wall_Opening_P25_Bag1, Type=ELEMENT
P25;Wall_25, SPOS
**
*Surface, Name=Wall_Opening_P26_Bag1, Type=ELEMENT
P26;Wall_26, SPOS
**
*Surface, Name=Wall_Opening_P27_Bag1, Type=ELEMENT
P27;Wall_27, SPOS
**
*Surface, Name=Wall_Opening_P28_Bag1, Type=ELEMENT
P28;Wall_28, SPOS
**
*Surface, Name=Wall_Opening_P29_Bag1, Type=ELEMENT
P29;Wall_29, SPOS
**
*Surface, Name=Wall_Opening_P30_Bag1, Type=ELEMENT
P30;Wall_30, SPOS
**
*Surface, Name=Wall_Opening_P31_Bag1, Type=ELEMENT
P31;Wall_31, SPOS
**
*Surface, Name=Wall_Opening_P32_Bag1, Type=ELEMENT
P32;Wall_32, SPOS
**
*Surface, Name=Wall_Opening_P33_Bag1, Type=ELEMENT
P33;Wall_33, SPOS
**
*Surface, Name=Wall_Opening_P34_Bag1, Type=ELEMENT
P34;Wall_34, SPOS
**
*Surface, Name=Wall_Opening_P35_Bag1, Type=ELEMENT
P35;Wall_35, SPOS
**
*Surface, Name=Wall_Opening_P36_Bag1, Type=ELEMENT
P36;Wall_36, SPOS
**
*Surface, Name=Wall_Opening_P37_Bag1, Type=ELEMENT
P37;Wall_37, SPOS
**
*Surface, Name=Wall_Opening_P38_Bag1, Type=ELEMENT
P38;Wall_38, SPOS
**
*Surface, Name=Wall_Opening_P39_Bag1, Type=ELEMENT
P39;Wall_39, SPOS
**
*Surface, Name=Wall_Opening_P40_Bag1, Type=ELEMENT
P40;Wall_40, SPOS
**
** Chamber wall openings
**
** Wall opening: Chamber 1 and Chamber 3 exchange
**
*Fluid exchange, Name=WO_1_3_P23_Bag1, Property=Orifice_P23,
   Surface=Wall_Opening_P23_Bag1
Ch1_refNode_Bag1, Ch3_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P23, Type=ORIFICE
**
** Wall opening: Chamber 1 and Chamber 4 exchange
**
*Fluid exchange, Name=WO_1_4_P26_Bag1, Property=Orifice_P26,
   Surface=Wall_Opening_P26_Bag1
Ch1_refNode_Bag1, Ch4_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P26, Type=ORIFICE
**
** Wall opening: Chamber 1 and Chamber 4 exchange
**
*Fluid exchange, Name=WO_1_4_P27_Bag1, Property=Orifice_P27,
   Surface=Wall_Opening_P27_Bag1
Ch1_refNode_Bag1, Ch4_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P27, Type=ORIFICE
**
** Wall opening: Chamber 2 and Chamber 16 exchange
**
*Fluid exchange, Name=WO_2_16_P24_Bag1, Property=Orifice_P24,
   Surface=Wall_Opening_P24_Bag1
Ch2_refNode_Bag1, Ch16_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P24, Type=ORIFICE
**
** Wall opening: Chamber 3 and Chamber 17 exchange
**
*Fluid exchange, Name=WO_3_17_P25_Bag1, Property=Orifice_P25,
   Surface=Wall_Opening_P25_Bag1
Ch3_refNode_Bag1, Ch17_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P25, Type=ORIFICE
**
** Wall opening: Chamber 4 and Chamber 6 exchange
**
*Fluid exchange, Name=WO_4_6_P28_Bag1, Property=Orifice_P28,
   Surface=Wall_Opening_P28_Bag1
Ch4_refNode_Bag1, Ch6_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P28, Type=ORIFICE
**
** Wall opening: Chamber 4 and Chamber 5 exchange
**
*Fluid exchange, Name=WO_4_5_P29_Bag1, Property=Orifice_P29,
   Surface=Wall_Opening_P29_Bag1
Ch4_refNode_Bag1, Ch5_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P29, Type=ORIFICE
**
** Wall opening: Chamber 5 and Chamber 15 exchange
**
*Fluid exchange, Name=WO_5_15_P30_Bag1, Property=Orifice_P30,
   Surface=Wall_Opening_P30_Bag1
Ch5_refNode_Bag1, Ch15_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P30, Type=ORIFICE
**
** Wall opening: Chamber 6 and Chamber 9 exchange
**
*Fluid exchange, Name=WO_6_9_P31_Bag1, Property=Orifice_P31,
   Surface=Wall_Opening_P31_Bag1
Ch6_refNode_Bag1, Ch9_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P31, Type=ORIFICE
**
** Wall opening: Chamber 6 and Chamber 9 exchange
**
*Fluid exchange, Name=WO_6_9_P32_Bag1, Property=Orifice_P32,
   Surface=Wall_Opening_P32_Bag1
Ch6_refNode_Bag1, Ch9_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P32, Type=ORIFICE
**
** Wall opening: Chamber 6 and Chamber 7 exchange
**
*Fluid exchange, Name=WO_6_7_P33_Bag1, Property=Orifice_P33,
   Surface=Wall_Opening_P33_Bag1
Ch6_refNode_Bag1, Ch7_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P33, Type=ORIFICE
**
** Wall opening: Chamber 7 and Chamber 8 exchange
**
*Fluid exchange, Name=WO_7_8_P34_Bag1, Property=Orifice_P34,
   Surface=Wall_Opening_P34_Bag1
Ch7_refNode_Bag1, Ch8_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P34, Type=ORIFICE
**
** Wall opening: Chamber 9 and Chamber 12 exchange
**
*Fluid exchange, Name=WO_9_12_P35_Bag1, Property=Orifice_P35,
   Surface=Wall_Opening_P35_Bag1
Ch9_refNode_Bag1, Ch12_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P35, Type=ORIFICE
**
** Wall opening: Chamber 10 and Chamber 9 exchange
**
*Fluid exchange, Name=WO_10_9_P36_Bag1, Property=Orifice_P36,
   Surface=Wall_Opening_P36_Bag1
Ch10_refNode_Bag1, Ch9_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P36, Type=ORIFICE
**
** Wall opening: Chamber 10 and Chamber 11 exchange
**
*Fluid exchange, Name=WO_10_11_P37_Bag1, Property=Orifice_P37,
   Surface=Wall_Opening_P37_Bag1
Ch10_refNode_Bag1, Ch11_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P37, Type=ORIFICE
**
** Wall opening: Chamber 13 and Chamber 12 exchange
**
*Fluid exchange, Name=WO_13_12_P38_Bag1, Property=Orifice_P38,
   Surface=Wall_Opening_P38_Bag1
Ch13_refNode_Bag1, Ch12_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P38, Type=ORIFICE
**
** Wall opening: Chamber 14 and Chamber 13 exchange
**
*Fluid exchange, Name=WO_14_13_P39_Bag1, Property=Orifice_P39,
   Surface=Wall_Opening_P39_Bag1
Ch14_refNode_Bag1, Ch13_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P39, Type=ORIFICE
**
** Wall opening: Chamber 18 and Chamber 1 exchange
**
*Fluid exchange, Name=WO_18_1_P40_Bag1, Property=Orifice_P40,
   Surface=Wall_Opening_P40_Bag1
Ch18_refNode_Bag1, Ch1_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P40, Type=ORIFICE
**
** Wall opening: Chamber 18 and Chamber 2 exchange
**
*Fluid exchange, Name=WO_18_2_P22_Bag1, Property=Orifice_P22,
   Surface=Wall_Opening_P22_Bag1
Ch18_refNode_Bag1, Ch2_refNode_Bag1
**
*Fluid exchange property, Name=Orifice_P22, Type=ORIFICE
**
** Chamber leakages
**
** Chamber 1 - Leakage 1
**
*Fluid exchange, Name=Ch1_Leak1_RLeak_Bag1,
   Surface=Ch1_Ext_Skin_Surf_Bag1,
   Property=Ch1_Leak1_RLeak_Prop_Bag1
Ch1_refNode_Bag1,
**
*Fluid exchange property, Name=Ch1_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 2 - Leakage 1
**
*Fluid exchange, Name=Ch2_Leak1_RLeak_Bag1,
   Surface=Ch2_Ext_Skin_Surf_Bag1,
   Property=Ch2_Leak1_RLeak_Prop_Bag1
Ch2_refNode_Bag1,
**
*Fluid exchange property, Name=Ch2_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 3 - Leakage 1
**
*Fluid exchange, Name=Ch3_Leak1_RLeak_Bag1,
   Surface=Ch3_Ext_Skin_Surf_Bag1,
   Property=Ch3_Leak1_RLeak_Prop_Bag1
Ch3_refNode_Bag1,
**
*Fluid exchange property, Name=Ch3_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 4 - Leakage 1
**
*Fluid exchange, Name=Ch4_Leak1_RLeak_Bag1,
   Surface=Ch4_Ext_Skin_Surf_Bag1,
   Property=Ch4_Leak1_RLeak_Prop_Bag1
Ch4_refNode_Bag1,
**
*Fluid exchange property, Name=Ch4_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 5 - Leakage 1
**
*Fluid exchange, Name=Ch5_Leak1_RLeak_Bag1,
   Surface=Ch5_Ext_Skin_Surf_Bag1,
   Property=Ch5_Leak1_RLeak_Prop_Bag1
Ch5_refNode_Bag1,
**
*Fluid exchange property, Name=Ch5_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 6 - Leakage 1
**
*Fluid exchange, Name=Ch6_Leak1_RLeak_Bag1,
   Surface=Ch6_Ext_Skin_Surf_Bag1,
   Property=Ch6_Leak1_RLeak_Prop_Bag1
Ch6_refNode_Bag1,
**
*Fluid exchange property, Name=Ch6_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 7 - Leakage 1
**
*Fluid exchange, Name=Ch7_Leak1_RLeak_Bag1,
   Surface=Ch7_Ext_Skin_Surf_Bag1,
   Property=Ch7_Leak1_RLeak_Prop_Bag1
Ch7_refNode_Bag1,
**
*Fluid exchange property, Name=Ch7_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 8 - Leakage 1
**
*Fluid exchange, Name=Ch8_Leak1_RLeak_Bag1,
   Surface=Ch8_Ext_Skin_Surf_Bag1,
   Property=Ch8_Leak1_RLeak_Prop_Bag1
Ch8_refNode_Bag1,
**
*Fluid exchange property, Name=Ch8_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 9 - Leakage 1
**
*Fluid exchange, Name=Ch9_Leak1_RLeak_Bag1,
   Surface=Ch9_Ext_Skin_Surf_Bag1,
   Property=Ch9_Leak1_RLeak_Prop_Bag1
Ch9_refNode_Bag1,
**
*Fluid exchange property, Name=Ch9_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 10 - Leakage 1
**
*Fluid exchange, Name=Ch10_Leak1_RLeak_Bag1,
   Surface=Ch10_Ext_Skin_Surf_Bag1,
   Property=Ch10_Leak1_RLeak_Prop_Bag1
Ch10_refNode_Bag1,
**
*Fluid exchange property, Name=Ch10_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 11 - Leakage 1
**
*Fluid exchange, Name=Ch11_Leak1_RLeak_Bag1,
   Surface=Ch11_Ext_Skin_Surf_Bag1,
   Property=Ch11_Leak1_RLeak_Prop_Bag1
Ch11_refNode_Bag1,
**
*Fluid exchange property, Name=Ch11_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 12 - Leakage 1
**
*Fluid exchange, Name=Ch12_Leak1_RLeak_Bag1,
   Surface=Ch12_Ext_Skin_Surf_Bag1,
   Property=Ch12_Leak1_RLeak_Prop_Bag1
Ch12_refNode_Bag1,
**
*Fluid exchange property, Name=Ch12_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 13 - Leakage 1
**
*Fluid exchange, Name=Ch13_Leak1_RLeak_Bag1,
   Surface=Ch13_Ext_Skin_Surf_Bag1,
   Property=Ch13_Leak1_RLeak_Prop_Bag1
Ch13_refNode_Bag1,
**
*Fluid exchange property, Name=Ch13_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 14 - Leakage 1
**
*Fluid exchange, Name=Ch14_Leak1_RLeak_Bag1,
   Surface=Ch14_Ext_Skin_Surf_Bag1,
   Property=Ch14_Leak1_RLeak_Prop_Bag1
Ch14_refNode_Bag1,
**
*Fluid exchange property, Name=Ch14_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 15 - Leakage 1
**
*Fluid exchange, Name=Ch15_Leak1_RLeak_Bag1,
   Surface=Ch15_Ext_Skin_Surf_Bag1,
   Property=Ch15_Leak1_RLeak_Prop_Bag1
Ch15_refNode_Bag1,
**
*Fluid exchange property, Name=Ch15_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 16 - Leakage 1
**
*Fluid exchange, Name=Ch16_Leak1_RLeak_Bag1,
   Surface=Ch16_Ext_Skin_Surf_Bag1,
   Property=Ch16_Leak1_RLeak_Prop_Bag1
Ch16_refNode_Bag1,
**
*Fluid exchange property, Name=Ch16_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 17 - Leakage 1
**
*Fluid exchange, Name=Ch17_Leak1_RLeak_Bag1,
   Surface=Ch17_Ext_Skin_Surf_Bag1,
   Property=Ch17_Leak1_RLeak_Prop_Bag1
Ch17_refNode_Bag1,
**
*Fluid exchange property, Name=Ch17_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber 18 - Leakage 1
**
*Fluid exchange, Name=Ch18_Leak1_RLeak_Bag1,
   Surface=Ch18_Ext_Skin_Surf_Bag1,
   Property=Ch18_Leak1_RLeak_Prop_Bag1
Ch18_refNode_Bag1,
**
*Fluid exchange property, Name=Ch18_Leak1_RLeak_Prop_Bag1,
   Type=ORIFICE
**
** Chamber heat loss
**
** Chamber 1 - Energy leakage
**
*Fluid exchange, Name=Ch1_Energy_Leak_Bag1,
   Surface=Ch1_Ext_Skin_Surf_Bag1,
   Property=Ch1_Energy_Leak_Prop_Bag1
Ch1_refNode_Bag1,
**
*Fluid exchange property, Name=Ch1_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 2 - Energy leakage
**
*Fluid exchange, Name=Ch2_Energy_Leak_Bag1,
   Surface=Ch2_Ext_Skin_Surf_Bag1,
   Property=Ch2_Energy_Leak_Prop_Bag1
Ch2_refNode_Bag1,
**
*Fluid exchange property, Name=Ch2_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 3 - Energy leakage
**
*Fluid exchange, Name=Ch3_Energy_Leak_Bag1,
   Surface=Ch3_Ext_Skin_Surf_Bag1,
   Property=Ch3_Energy_Leak_Prop_Bag1
Ch3_refNode_Bag1,
**
*Fluid exchange property, Name=Ch3_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 4 - Energy leakage
**
*Fluid exchange, Name=Ch4_Energy_Leak_Bag1,
   Surface=Ch4_Ext_Skin_Surf_Bag1,
   Property=Ch4_Energy_Leak_Prop_Bag1
Ch4_refNode_Bag1,
**
*Fluid exchange property, Name=Ch4_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 5 - Energy leakage
**
*Fluid exchange, Name=Ch5_Energy_Leak_Bag1,
   Surface=Ch5_Ext_Skin_Surf_Bag1,
   Property=Ch5_Energy_Leak_Prop_Bag1
Ch5_refNode_Bag1,
**
*Fluid exchange property, Name=Ch5_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 6 - Energy leakage
**
*Fluid exchange, Name=Ch6_Energy_Leak_Bag1,
   Surface=Ch6_Ext_Skin_Surf_Bag1,
   Property=Ch6_Energy_Leak_Prop_Bag1
Ch6_refNode_Bag1,
**
*Fluid exchange property, Name=Ch6_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 7 - Energy leakage
**
*Fluid exchange, Name=Ch7_Energy_Leak_Bag1,
   Surface=Ch7_Ext_Skin_Surf_Bag1,
   Property=Ch7_Energy_Leak_Prop_Bag1
Ch7_refNode_Bag1,
**
*Fluid exchange property, Name=Ch7_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 8 - Energy leakage
**
*Fluid exchange, Name=Ch8_Energy_Leak_Bag1,
   Surface=Ch8_Ext_Skin_Surf_Bag1,
   Property=Ch8_Energy_Leak_Prop_Bag1
Ch8_refNode_Bag1,
**
*Fluid exchange property, Name=Ch8_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 9 - Energy leakage
**
*Fluid exchange, Name=Ch9_Energy_Leak_Bag1,
   Surface=Ch9_Ext_Skin_Surf_Bag1,
   Property=Ch9_Energy_Leak_Prop_Bag1
Ch9_refNode_Bag1,
**
*Fluid exchange property, Name=Ch9_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 10 - Energy leakage
**
*Fluid exchange, Name=Ch10_Energy_Leak_Bag1,
   Surface=Ch10_Ext_Skin_Surf_Bag1,
   Property=Ch10_Energy_Leak_Prop_Bag1
Ch10_refNode_Bag1,
**
*Fluid exchange property, Name=Ch10_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 11 - Energy leakage
**
*Fluid exchange, Name=Ch11_Energy_Leak_Bag1,
   Surface=Ch11_Ext_Skin_Surf_Bag1,
   Property=Ch11_Energy_Leak_Prop_Bag1
Ch11_refNode_Bag1,
**
*Fluid exchange property, Name=Ch11_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 12 - Energy leakage
**
*Fluid exchange, Name=Ch12_Energy_Leak_Bag1,
   Surface=Ch12_Ext_Skin_Surf_Bag1,
   Property=Ch12_Energy_Leak_Prop_Bag1
Ch12_refNode_Bag1,
**
*Fluid exchange property, Name=Ch12_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 13 - Energy leakage
**
*Fluid exchange, Name=Ch13_Energy_Leak_Bag1,
   Surface=Ch13_Ext_Skin_Surf_Bag1,
   Property=Ch13_Energy_Leak_Prop_Bag1
Ch13_refNode_Bag1,
**
*Fluid exchange property, Name=Ch13_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 14 - Energy leakage
**
*Fluid exchange, Name=Ch14_Energy_Leak_Bag1,
   Surface=Ch14_Ext_Skin_Surf_Bag1,
   Property=Ch14_Energy_Leak_Prop_Bag1
Ch14_refNode_Bag1,
**
*Fluid exchange property, Name=Ch14_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 15 - Energy leakage
**
*Fluid exchange, Name=Ch15_Energy_Leak_Bag1,
   Surface=Ch15_Ext_Skin_Surf_Bag1,
   Property=Ch15_Energy_Leak_Prop_Bag1
Ch15_refNode_Bag1,
**
*Fluid exchange property, Name=Ch15_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 16 - Energy leakage
**
*Fluid exchange, Name=Ch16_Energy_Leak_Bag1,
   Surface=Ch16_Ext_Skin_Surf_Bag1,
   Property=Ch16_Energy_Leak_Prop_Bag1
Ch16_refNode_Bag1,
**
*Fluid exchange property, Name=Ch16_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 17 - Energy leakage
**
*Fluid exchange, Name=Ch17_Energy_Leak_Bag1,
   Surface=Ch17_Ext_Skin_Surf_Bag1,
   Property=Ch17_Energy_Leak_Prop_Bag1
Ch17_refNode_Bag1,
**
*Fluid exchange property, Name=Ch17_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber 18 - Energy leakage
**
*Fluid exchange, Name=Ch18_Energy_Leak_Bag1,
   Surface=Ch18_Ext_Skin_Surf_Bag1,
   Property=Ch18_Energy_Leak_Prop_Bag1
Ch18_refNode_Bag1,
**
*Fluid exchange property, Name=Ch18_Energy_Leak_Prop_Bag1,
   Type=ENERGY RATE LEAKAGE
**
** Chamber inflators
**
** Chamber 1 - Inflator 1
**
*Fluid inflator, Name=Ch1_Inflator1_Bag1,
   Property=Ch1_Inflator1_Prop_Bag1
**
*Fluid inflator property, Name=Ch1_Inflator1_Prop_Bag1,
   Type=TEMPERATURE AND MASS
**
**
*Fluid inflator mixture, Number species=6, Type=MOLAR FRACTION
O2, CO2, AR, N2, HE, N2O
**
**
** Chamber 6 - Inflator 1
**
*Fluid inflator, Name=Ch6_Inflator1_Bag1,
   Property=Ch6_Inflator1_Prop_Bag1
**
*Fluid inflator property, Name=Ch6_Inflator1_Prop_Bag1,
   Type=TEMPERATURE AND MASS
**
**
*Fluid inflator mixture, Number species=6, Type=MOLAR FRACTION
O2, CO2, AR, N2, HE, N2O
**
**
*Amplitude, Name=Amp_Ch6_Inflator1_Bag1
  0.000000e+00,   0.000000e+00,   1.999990e-03,   0.000000e+00,   2.000000e-03,   1.000000e+00
**
** Chamber 9 - Inflator 1
**
*Fluid inflator, Name=Ch9_Inflator1_Bag1,
   Property=Ch9_Inflator1_Prop_Bag1
**
*Fluid inflator property, Name=Ch9_Inflator1_Prop_Bag1,
   Type=TEMPERATURE AND MASS
**
**
*Fluid inflator mixture, Number species=6, Type=MOLAR FRACTION
O2, CO2, AR, N2, HE, N2O
**
**
*Amplitude, Name=Amp_Ch9_Inflator1_Bag1
  0.000000e+00,   0.000000e+00,   2.999990e-03,   0.000000e+00,   3.000000e-03,   1.000000e+00
**
** Reference node set for all chambers
**
*Nset, Nset=RefNodes_Bag1
Ch1_refNode_Bag1,
Ch2_refNode_Bag1,
Ch3_refNode_Bag1,
Ch4_refNode_Bag1,
Ch5_refNode_Bag1,
Ch6_refNode_Bag1,
Ch7_refNode_Bag1,
Ch8_refNode_Bag1,
Ch9_refNode_Bag1,
Ch10_refNode_Bag1,
Ch11_refNode_Bag1,
Ch12_refNode_Bag1,
Ch13_refNode_Bag1,
Ch14_refNode_Bag1,
Ch15_refNode_Bag1,
Ch16_refNode_Bag1,
Ch17_refNode_Bag1,
Ch18_refNode_Bag1,
**
** Reference node set for all airbags
**
*Nset, Nset=Airbags_RefNodes
RefNodes_Bag1,
**
** Chamber wall openings for all airbags
**
*Surface, Name=Wall_Opening_Exclusions, Type=ELEMENT
P22;Wall_22,
P23;Wall_23,
P24;Wall_24,
P25;Wall_25,
P26;Wall_26,
P27;Wall_27,
P28;Wall_28,
P29;Wall_29,
P30;Wall_30,
P31;Wall_31,
P32;Wall_32,
P33;Wall_33,
P34;Wall_34,
P35;Wall_35,
P36;Wall_36,
P37;Wall_37,
P38;Wall_38,
P39;Wall_39,
P40;Wall_40,
P20;Durchstromoeffnung_1
P21;Durchstromoeffnung_2
**
** --------------------  G A S    S P E C I E S    D A T A  --------------------
**
** Gas species: 'AIR'
**
*Fluid behavior, Name=AIR
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** Gas species: 'O2'
**
*Fluid behavior, Name=O2
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** Gas species: 'CO2'
**
*Fluid behavior, Name=CO2
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** Gas species: 'H2O'
**
*Fluid behavior, Name=H2O
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** Gas species: 'AR'
**
*Fluid behavior, Name=AR
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** Gas species: 'N2'
**
*Fluid behavior, Name=N2
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** Gas species: 'HE'
**
*Fluid behavior, Name=HE
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** Gas species: 'N2O'
**
*Fluid behavior, Name=N2O
**
*Capacity, Type=POLYNOMIAL
**
*Molecular weight
**
** -------------  B O U N D A R Y    C O N D I T I O N    D A T A  -------------
**
** Displacement Boundary Condition 2
**
*Boundary, Type=DISPLACEMENT
99999999,        1,        6
**
** Displacement Boundary Condition 4
**
*Boundary, Type=DISPLACEMENT
50005000,        1,        6
**
** Displacement Boundary Condition 6
**
*Boundary, Type=DISPLACEMENT
30005000,        1,        6
**
** Displacement Boundary Condition 10
**
*Boundary, Type=DISPLACEMENT
   30999,        1,        6
**
** fixierung
**
*Boundary, Type=DISPLACEMENT
   11003,        1,        3
**
** Displacement Boundary Condition 12
**
*Boundary, Type=DISPLACEMENT
   11001,        1,        3
**
** Displacement Boundary Condition 13
**
*Boundary, Type=DISPLACEMENT
   11005,        1,        3
**
** Displacement Boundary Condition 14
**
*Boundary, Type=DISPLACEMENT
   11002,        1,        3
**
** Displacement Boundary Condition 15
**
*Boundary, Type=DISPLACEMENT
   11006,        1,        3
**
** Displacement Boundary Condition 16
**
*Boundary, Type=DISPLACEMENT
   11004,        1,        3
**
** Displacement Boundary Condition 17
**
*Boundary, Type=DISPLACEMENT
    1873,        1,        3
**
** Displacement Boundary Condition 18
**
*Boundary, Type=DISPLACEMENT
    1877,        1,        3
**
** Displacement Boundary Condition 19
**
*Boundary, Type=DISPLACEMENT
    2643,        1,        3
**
** Displacement Boundary Condition 20
**
*Boundary, Type=DISPLACEMENT
    2676,        1,        3
**
** Displacement Boundary Condition 21
**
*Boundary, Type=DISPLACEMENT
    2642,        1,        3
**
** Displacement Boundary Condition 22
**
*Boundary, Type=DISPLACEMENT
    2675,        1,        3
**
** Displacement Boundary Condition 23
**
*Boundary, Type=DISPLACEMENT
    1872,        1,        3
**
** Displacement Boundary Condition 24
**
*Boundary, Type=DISPLACEMENT
    1876,        1,        3
**
** Displacement Boundary Condition 25
**
*Boundary, Type=DISPLACEMENT
    6586,        1,        3
**
** Displacement Boundary Condition 26
**
*Boundary, Type=DISPLACEMENT
    6585,        1,        3
**
** Displacement Boundary Condition 27
**
*Boundary, Type=DISPLACEMENT
    6618,        1,        3
**
** Displacement Boundary Condition 28
**
*Boundary, Type=DISPLACEMENT
    6619,        1,        3
**
** Displacement Boundary Condition 29
**
*Boundary, Type=DISPLACEMENT
     418,        1,        3
**
** Displacement Boundary Condition 30
**
*Boundary, Type=DISPLACEMENT
     410,        1,        3
**
** Displacement Boundary Condition 31
**
*Boundary, Type=DISPLACEMENT
     419,        1,        3
**
** Displacement Boundary Condition 32
**
*Boundary, Type=DISPLACEMENT
     411,        1,        3
**
** Displacement Boundary Condition 33
**
*Boundary, Type=DISPLACEMENT
     426,        1,        3
**
** Displacement Boundary Condition 34
**
*Boundary, Type=DISPLACEMENT
     420,        1,        3
**
** Displacement Boundary Condition 35
**
*Boundary, Type=DISPLACEMENT
    1182,        1,        3
**
** Displacement Boundary Condition 36
**
*Boundary, Type=DISPLACEMENT
    1146,        1,        3
**
** Displacement Boundary Condition 37
**
*Boundary, Type=DISPLACEMENT
    1147,        1,        3
**
** Displacement Boundary Condition 38
**
*Boundary, Type=DISPLACEMENT
    1183,        1,        3
**
** Displacement Boundary Condition 39
**
*Boundary, Type=DISPLACEMENT
       5,        1,        3
**
** Displacement Boundary Condition 40
**
*Boundary, Type=DISPLACEMENT
       8,        1,        3
**
** Displacement Boundary Condition 41
**
*Boundary, Type=DISPLACEMENT
       9,        1,        3
**
** Displacement Boundary Condition 42
**
*Boundary, Type=DISPLACEMENT
       4,        1,        3
**
** ------------------  N O D A L    D A M P I N G    D A T A  ------------------
**
** Contact 1 - type 37
**
*Amplitude, Name=Amp_Damping_1_VBF
   0.000000e+00,   1.000000e+04,   9.999999e-04,   1.000000e+04,   1.000000e-03,   0.000000e+00
**
** Contact 1 - type 37
**
*Amplitude, Name=Amp_Damping_2_VBF
  0.000000e+00,   0.000000e+00,   9.999999e-04,   0.000000e+00,   1.000000e-03,   1.000000e+02,   9.999999e-03,   1.000000e+02,
  1.000000e-02,   0.000000e+00
**
** ---------------  I N I T I A L    V E L O C I T Y    D A T A  ---------------
**
** Initial Velocity 7
**
*Elset, Elset=Invel_0_Elset
P20000001;Adapter_-Alukonstruktion,
P20000002;Kohlefaser-Holm,
P40000001;KOPF_SCHALE_INNEN,
P40000002;KOPF-SOLID,
P40000003;KOPF_SCHALE_AUSSEN,
P40000004;KOPF_SCHALE_FUER_SOLIDS,
P40000005;KOPF_ZUSATZSCHALE,
P40000006;Anschraub-Aluplatte,
**
*Nset, Nset=Invel_0_Elset_Nodes, Elset=Invel_0_Elset
**
*Nset, Nset=Invel_0_Nset
Invel_0_Elset_Nodes,
**
*Initial conditions, Type=VELOCITY
Invel_0_Nset,        1,   0.000000e+00
Invel_0_Nset,        2,  -4.900000e+03
Invel_0_Nset,        3,   0.000000e+00
**
** -----------------  I N I T I A L    A I R B A G    D A T A  -----------------
**
*Initial conditions, Type=FLUID PRESSURE
Ch1_refNode_Bag1,   0.000000e+00
Ch2_refNode_Bag1,   0.000000e+00
Ch3_refNode_Bag1,   0.000000e+00
Ch4_refNode_Bag1,   0.000000e+00
Ch5_refNode_Bag1,   0.000000e+00
Ch6_refNode_Bag1,   0.000000e+00
Ch7_refNode_Bag1,   0.000000e+00
Ch8_refNode_Bag1,   0.000000e+00
Ch9_refNode_Bag1,   0.000000e+00
Ch10_refNode_Bag1,   0.000000e+00
Ch11_refNode_Bag1,   0.000000e+00
Ch12_refNode_Bag1,   0.000000e+00
Ch13_refNode_Bag1,   0.000000e+00
Ch14_refNode_Bag1,   0.000000e+00
Ch15_refNode_Bag1,   0.000000e+00
Ch16_refNode_Bag1,   0.000000e+00
Ch17_refNode_Bag1,   0.000000e+00
Ch18_refNode_Bag1,   0.000000e+00
**
*Initial conditions, Type=TEMPERATURE
Ch1_refNode_Bag1,   2.950000e+02
Ch2_refNode_Bag1,   2.950000e+02
Ch3_refNode_Bag1,   2.950000e+02
Ch4_refNode_Bag1,   2.950000e+02
Ch5_refNode_Bag1,   2.950000e+02
Ch6_refNode_Bag1,   2.950000e+02
Ch7_refNode_Bag1,   2.950000e+02
Ch8_refNode_Bag1,   2.950000e+02
Ch9_refNode_Bag1,   2.950000e+02
Ch10_refNode_Bag1,   2.950000e+02
Ch11_refNode_Bag1,   2.950000e+02
Ch12_refNode_Bag1,   2.950000e+02
Ch13_refNode_Bag1,   2.950000e+02
Ch14_refNode_Bag1,   2.950000e+02
Ch15_refNode_Bag1,   2.950000e+02
Ch16_refNode_Bag1,   2.950000e+02
Ch17_refNode_Bag1,   2.950000e+02
Ch18_refNode_Bag1,   2.950000e+02
**
** ---------  I N I T I A L    R E F E R E N C E - M E S H    D A T A  ---------
**
*Initial conditions, Type=REF COORDINATE, Input=sidecurtain_airbag_refmesh.inp
**
**----------------------- QA_TEST nset --------------------
**
*nset, nset=QA_TEST_Impactor
RBody_1000003_Type0_RefNode,
*nset, nset=QA_TEST_Airbags_RefNodes
Airbags_RefNodes
**
*FILTER, NAME=filter-1000hz, TYPE=BUTTERWORTH
**-------------------------------------------------------
**
** /////////////////////  H I S T O R Y     S E C T I O N  /////////////////////
**
*Step
Step-1
**
*Dynamic, Explicit, Element by element
 ,  1.001000e-01
**
** ------------  C O N T A C T    I N T E R A C T I O N    D A T A  ------------
**
*Contact
**
*Contact inclusions, All element based
**
***Contact inclusions
**Contact_1000005_Self, Contact_1000005_Self
**Contact_1000004_Slave, Contact_1000004_Master
**Contact_1000001_Slave, Contact_1000001_Master
**Contact_1000002_Self, Contact_1000002_Self
**Contact_1000000_Slave, Contact_1000000_Master
**Contact_1000010_Self, Contact_1000010_Self
**Contact_1000011_Self, Contact_1000011_Self
**Contact_1000003_Slave, Contact_1000003_Master
**
*Contact exclusions
Wall_Opening_Exclusions,
 , Wall_Opening_Exclusions
**
*Contact property assignment
Contact_1000004_Slave, Contact_1000004_Master, Contact_1000004_Prop
Contact_1000001_Slave, Contact_1000001_Master, Contact_1000001_Prop
Contact_1000000_Slave, Contact_1000000_Master, Contact_1000000_Prop
Contact_1000010_Self, Contact_1000010_Self, Contact_1000010_Prop
Contact_1000003_Slave, Contact_1000003_Master, Contact_1000003_Prop
**
*Surface property assignment, Property=THICKNESS
Contact_1000005_Self,     1.500000e+00, 1.
Contact_1000004_Slave,    8.000000e-01, 1.
Contact_1000004_Master,   8.000000e-01, 1.
Contact_1000001_Slave,    1.000000e+00, 1.
Contact_1000001_Master,   1.000000e+00, 1.
Contact_1000002_Self,     8.000000e-01, 1.
Contact_1000000_Slave,    5.000000e-01, 1.
Contact_1000000_Master,   5.000000e-01, 1.
Contact_1000011_Self,     8.000000e-01, 1.
Contact_1000003_Slave,    8.000000e-01, 1.
Contact_1000003_Master,   8.000000e-01, 1.
Contact_1000010_Self,     8.000000e-01, 1.
**
*Surface property assignment, Property=FEATURE EDGE CRITERIA
Contact_1000003_Master,   ALL EDGES
Contact_1000010_Self,   30, ALL REMAINING EDGES
**
*Contact controls assignment, Automatic overclosure resolution
, , STORE OFFSETS
*Contact controls assignment, type=fold tracking
*Contact controls assignment, type=fold inversion check
**
***Contact controls assignment, Type=SCALE PENALTY
**Contact_1000010_Self, Contact_1000010_Self, 10.0
**
**
*Dload
RBody_1000003_Type0_Elset ,GRAV,9800,0.,0.,-1.
**
**
** --------------  F L U I D    I N T E R A C T I O N    D A T A  --------------
**
** Inflatable Curtain Autoliv
**
** Fluid exchange between chambers
**
*Fluid exchange activation
WO_1_3_P23_Bag1,
WO_1_4_P26_Bag1,
WO_1_4_P27_Bag1,
WO_2_16_P24_Bag1,
WO_3_17_P25_Bag1,
WO_4_6_P28_Bag1,
WO_4_5_P29_Bag1,
WO_5_15_P30_Bag1,
WO_6_9_P31_Bag1,
WO_6_9_P32_Bag1,
WO_6_7_P33_Bag1,
WO_7_8_P34_Bag1,
WO_9_12_P35_Bag1,
WO_10_9_P36_Bag1,
WO_10_11_P37_Bag1,
WO_13_12_P38_Bag1,
WO_14_13_P39_Bag1,
WO_18_1_P40_Bag1,
WO_18_2_P22_Bag1,
**
** Fluid exchange due to leakage from the airbag
**
*Fluid exchange activation
Ch1_Leak1_RLeak_Bag1,
Ch2_Leak1_RLeak_Bag1,
Ch3_Leak1_RLeak_Bag1,
Ch4_Leak1_RLeak_Bag1,
Ch5_Leak1_RLeak_Bag1,
Ch6_Leak1_RLeak_Bag1,
Ch7_Leak1_RLeak_Bag1,
Ch8_Leak1_RLeak_Bag1,
Ch9_Leak1_RLeak_Bag1,
Ch10_Leak1_RLeak_Bag1,
Ch11_Leak1_RLeak_Bag1,
Ch12_Leak1_RLeak_Bag1,
Ch13_Leak1_RLeak_Bag1,
Ch14_Leak1_RLeak_Bag1,
Ch15_Leak1_RLeak_Bag1,
Ch16_Leak1_RLeak_Bag1,
Ch17_Leak1_RLeak_Bag1,
Ch18_Leak1_RLeak_Bag1,
**
** Chamber heat loss
**
*Fluid exchange activation
Ch1_Energy_Leak_Bag1,
Ch2_Energy_Leak_Bag1,
Ch3_Energy_Leak_Bag1,
Ch4_Energy_Leak_Bag1,
Ch5_Energy_Leak_Bag1,
Ch6_Energy_Leak_Bag1,
Ch7_Energy_Leak_Bag1,
Ch8_Energy_Leak_Bag1,
Ch9_Energy_Leak_Bag1,
Ch10_Energy_Leak_Bag1,
Ch11_Energy_Leak_Bag1,
Ch12_Energy_Leak_Bag1,
Ch13_Energy_Leak_Bag1,
Ch14_Energy_Leak_Bag1,
Ch15_Energy_Leak_Bag1,
Ch16_Energy_Leak_Bag1,
Ch17_Energy_Leak_Bag1,
Ch18_Energy_Leak_Bag1,
**
** Fluid inflation
**
*Fluid inflator activation
Ch1_Inflator1_Bag1,
**
*Fluid inflator Activation, Inflation time amplitude=Amp_Ch6_Inflator1_Bag1
Ch6_Inflator1_Bag1,
**
*Fluid inflator Activation, Inflation time amplitude=Amp_Ch9_Inflator1_Bag1
Ch9_Inflator1_Bag1,
**
** ---------  D A M P I N G    D I S T R I B U T E D    L O A D I N G  ---------
**
*Dload, Amplitude=Amp_Damping_1_VBF
P1;Chamber_1, VBF,   7.830000e-10
P2;Chamber_2, VBF,   7.830000e-10
P3;Chamber_3, VBF,   7.830000e-10
P4;Chamber_4, VBF,   7.830000e-10
P5;Chamber_5, VBF,   7.830000e-10
P6;Chamber_6, VBF,   7.830000e-10
P7;Chamber_7, VBF,   7.830000e-10
P8;Chamber_8, VBF,   7.830000e-10
P9;Chamber_9, VBF,   7.830000e-10
P10;Chamber_10, VBF,   7.830000e-10
P11;Chamber_11, VBF,   7.830000e-10
P12;Chamber_12, VBF,   7.830000e-10
P13;Chamber_13, VBF,   7.830000e-10
P14;Chamber_14, VBF,   7.830000e-10
P15;Chamber_15, VBF,   7.830000e-10
P16;Chamber_16, VBF,   7.830000e-10
P17;Chamber_17, VBF,   7.830000e-10
P18;Chamber_18, VBF,   7.830000e-10
P19;Saum, VBF,   7.830000e-10
P51;Gewebe_Lanzenende, VBF,   7.830000e-10
P52;Gewebe_Lanzenende, VBF,   7.830000e-10
**
*Dload, Amplitude=Amp_Damping_2_VBF
P1;Chamber_1, VBF,   7.830000e-10
P2;Chamber_2, VBF,   7.830000e-10
P3;Chamber_3, VBF,   7.830000e-10
P4;Chamber_4, VBF,   7.830000e-10
P5;Chamber_5, VBF,   7.830000e-10
P6;Chamber_6, VBF,   7.830000e-10
P7;Chamber_7, VBF,   7.830000e-10
P8;Chamber_8, VBF,   7.830000e-10
P9;Chamber_9, VBF,   7.830000e-10
P10;Chamber_10, VBF,   7.830000e-10
P11;Chamber_11, VBF,   7.830000e-10
P12;Chamber_12, VBF,   7.830000e-10
P13;Chamber_13, VBF,   7.830000e-10
P14;Chamber_14, VBF,   7.830000e-10
P15;Chamber_15, VBF,   7.830000e-10
P16;Chamber_16, VBF,   7.830000e-10
P17;Chamber_17, VBF,   7.830000e-10
P18;Chamber_18, VBF,   7.830000e-10
P19;Saum, VBF,   7.830000e-10
P51;Gewebe_Lanzenende, VBF,   7.830000e-10
P52;Gewebe_Lanzenende, VBF,   7.830000e-10
**
** ----------------------  O U T P U T     R E Q U E S T  ----------------------
**
** Default output requests
**
*Output, Field, time interval=0.002, time marks=yes
*Node output
U
*Element output
S,LE,SFABRIC,EFABRIC
**
*Output, History, Freq=10
*Node output, Nset=RBody_1000003_Type0_RefNode
U2,V2,A2
*Node output, Nset=Airbags_RefNodes
PCAV, CVOL, CTEMP, CSAREA, CMASS, CMF, CMFL, CMFLT, MINFL, MINFLT, TINFL
APCAV, TCVOL, ACTEMP, TCMASS
*Energy output, var=all
*Incrementation output
dt,
**---------------------- QA_TEST output -------------------------------------
*Output, History, time interval=1e-5, filter=filter-1000hz
*Energy output
ALLKE, ALLIE, ALLSE, ALLPD, ALLVD, ALLAE, ALLWK, ETOTAL,allfc
*Node output, Nset=QA_TEST_impactor
v2
*Node output, Nset=QA_TEST_Airbags_RefNodes
PCAV, CVOL, CTEMP, CSAREA, CMASS
**
**
**---------------------------------------------------------------------------
*Restart, Write, Number interval=2
*End step