*DYNAKEYWORD_MAT24_WITH_STRAIN_RATES

Description: Create a MAT_024 Keyword for LS-DYNA

Syntax: dynakeyword_mat24_with_strain_rates(material_name,material_i_d,starting_table_i_d,starting_curve_id,density,elastic_modulus,poissons_ratio,strain_rate_curves,strain_rates,failure_strain,viscoplasticity,numberof_dig_points,use_log_interpolation)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Starting Table ID	scalar		Table ID
4	Starting Curve Id	scalar		Curve ID of first starin Rate
5	Density	scalar		Density
6	Elastic Modulus	scalar		Elastic Modulus
7	Poissons Ratio	scalar		Poisson’s ratio
8	Strain Rate Curves	vector		Curve overlay of Strain Rate curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
9	Strain Rates	keyvalue		Keyvalue for Strain rate data <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#keyvalueinput’> <i class=’fa fa-external-link’> </i> View more </a>
10	Failure Strain	scalar		Failure Strain
11	Viscoplasticity	select	0.0	Viscoplasticity Index
12	NODP	scalar	200	LCINT
13	Use Log Interpolation	select	no	Use LOG Interpolation option in the Keyword

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat24_with_strain_rates_output_1	text

*DYNAKEYWORD_MAT123

Description: Create a MAT_123

Syntax: dynakeyword_mat123(material_name,material_i_d,starting_table_i_d,starting_curve_id,density,elastic_modulus,poissons_ratio,sig_y,eta_n,fai_l,c,p,lcs_s,lcs_r,strain_rates,epsthi_n,epsma_j,numin_t,viscoplasticity,numberof_dig_points)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Starting Table ID	scalar		Starting Table ID
4	Starting Curve Id	scalar		Starting Curve Id
5	Density	scalar		Density
6	Elastic Modulus	scalar		Elastic Modulus
7	Poissons Ratio	scalar		Poissons Ratio
8	SIGY	scalar		SIGY
9	ETAN	scalar		ETAN
10	FAIL	scalar		FAIL
11	C	scalar		C
12	P	scalar		P
13	LCSS	vector		LCSS <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
14	LCSR	vector		LCSR <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
15	strain_rates	scalar		strain_rates
16	EPSTHIN	scalar		EPSTHIN
17	EPSMAJ	scalar		EPSMAJ
18	NUMINT	scalar		NUMINT
19	Viscoplasticity	select	0.0	Viscoplasticity
20	NODP	scalar	200	Number of Dig Points

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat123_output_1	text

*DYNAKEYWORD_MAT224

Description: Create a MAT_224

Syntax: dynakeyword_mat224(material_name,material_i_d,starting_table_i_d,starting_curve_id,density,elastic_modulus,poissons_ratio,c_p,t_r,bet_a,numin_t,lc_k1,strain_rates,ndi_g)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Starting Table ID	scalar		Starting Table ID
4	Starting Curve Id	scalar		Starting Curve Id
5	Density	scalar		Density
6	Elastic Modulus	scalar		Elastic Modulus
7	Poissons Ratio	scalar		Poissons Ratio
8	CP	scalar		CP
9	TR	scalar		TR
10	BETA	scalar		BETA
11	NUMINT	scalar		NUMINT
12	LCK1	vector		LCK1 <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
13	strain_rates	scalar		strain_rates
14	NDIG	scalar	200	NDIG

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat224_output_1	text

*DYNAKEYWORD_MAT100DF

Description: Create a MAT_100 DF Keyword for LS-DYNA

Syntax: dynakeyword_mat100df(material_name,material_i_d,rh_o,emo_d,p_r,sig_y,eta_n,efai_l,nr_r,nr_s,nr_t,mr_r,ms_s,mt_t,n_f,r_s,op_t,f_va_l,tru_e_t,dmgop_t)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	RHO	scalar		Mass density
4	EMOD	scalar		Elastic Modulus
5	PR	scalar		Poisson’s ratio
6	SIGY	scalar		SIGY
7	ETAN	scalar		ETAN
8	EFAIL	scalar		EFAIL
9	NRR	scalar		NRR
10	NRS	scalar		NRS
11	NRT	scalar		NRT
12	MRR	scalar		MRR
13	MSS	scalar		MSS
14	MTT	scalar		MTT
15	NF	scalar		NF
16	RS	scalar		RS
17	OPT	scalar		OPT
18	F_VAL	scalar		F_VAL
19	TRUE_T	scalar		TRUE_T
20	DMGOPT	scalar		DMGOPT

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat100df_output_1	text

*DYNAKEYWORD_PASSIVE_MAT_ADD_EROSION_GISSMO

Description: Create a MAT_ADD EROSION WITH GISSMO keyword for LS-DYNA

Syntax: dynakeyword_passive_mat_add_erosion_gissmo(material_name,material_i_d,numberof_i_ptofail,ida_m,dmgty_p,lci_d,plastic_strain,dmgex_p,dcri_t,fadex_p,nahs_v)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar	MAT_ADD_DAMAGE_GISSMO	Material Name
2	Material ID	scalar	1	Material ID
3	NOITF	scalar	1	Number of IP to fail
4	IDAM	scalar	0	IDAM
5	DMGTYP	select	0	DMGTYP
6	LCID	scalar		LCID
7	Plastic Strain	scalar		Plastic Strain
8	DMGEXP	scalar	1.0	DMGEXP
9	DCRIT	scalar	0	DCRIT
10	FADEXP	scalar	1.0	FADEXP
11	NAHSV	scalar	9	NAHSV

Outputs

ID	Name	Type	Remarks
1	dynakeyword_passive_mat_add_erosion_gissmo_output_1	text

*DYNAKEYWORD_MAT_ADD_DAMAGE_GISSMO

Description: Create a MAT_ADD_DAMAGE_GISSMO keyword for LS-DYNA

Syntax: dynakeyword_mat_add_damage_gissmo(material_name,material_i_d,dty_p,refsz,numberof_i_ptofail,volfra_c,lcsdg_type,lscdg_value,lscdg_curve_id,ecrit_type,ecrit_value,ecrit_curve_id,dmgex_p,dcri_t,fadexp_type,fadexp_value,fadexp_curve_id,lcregd_type,lcregd_value,lcregd_curve_id,lcreg_triaxialityvalues,inst_f,lcsoft_type,lcsoft_value,lcsoft_curve_id,lcsrs_type,lcsrs_value,lcsrs_curve,shr_f,biax_f)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar	MAT_ADD_DAMAGE_GISSMO	Material Name
2	Material ID	scalar	1	Material ID
3	DTYP	scalar	0	DTYP
4	REFSZ	scalar	0	REFSZ
5	NOITF	scalar	1	Number of failed integration points prior to element deletion
6	VOLFRAC	scalar	0.5	VOLFRAC
7	LSCDG Type	select	scalar	Triaxiality v/s EPS curve type; If triaxiality is constant select scalar value
8	LSCDG Value	scalar		Scalar input if constant
9	LSCDG Curve Id	scalar		equivalent plastic strain to failure vs. triaxiality Curve ID
10	ECRIT Type	select	scalar	ECRIT curve type; If ECRIT is constant select scalar value
11	ECRIT Value	scalar		Scalar input if constant
12	ECRIT Curve Id	scalar		ECRIT curve ID
13	DMGEXP	scalar	1	Exponent for nonlinear damage accumulation
14	DCRIT	scalar	0	Damage threshold value
15	FADEXP Type	select	scalar	Exponent for damage-related stress fadeout (FADEXP)
16	FADEXP Value	scalar		Scalar input if constant
17	FADEXP Curve Id	scalar		FADEXP Curve ID
18	LCREGD Type	select	scalar	Scalar input if constant
19	LCREGD Value	scalar		Scalar input if constant
20	LCREGD Curve Id	scalar		LCREGD Curve Id
21	LTVITP	scalar	0	LCREGD Triax values if Table provided
22	INSTF	scalar	0	INSTF
23	LCSOFT Type	select	scalar	LCSOFT Type
24	LCSOFT Value	scalar		Scalar input if constant
25	LCSOFT Curve Id	scalar		LCSOFT Curve Id
26	LCSRS Type	select	scalar	Scalar input if constant
27	LCSRS Value	scalar		Scalar input if constant
28	LCSRS Curve	scalar		Curve for LCSRS
29	SHRF	scalar	0	Reduction factor for regularization at triaxiality = 0 (shear)
30	BIAXF	scalar	0	Reduction factor for regularization at triaxiality = 2/3 (biaxial)

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat_add_damage_gissmo_output_1	text

*DYNAKEYWORD_IMPORT_TABLES_BY_FILENAME

Description: Parses given filename to import tables defined by *DEFINE_TABLE and its curves

Syntax: dynakeyword_import_tables_by_filename(file_name,location,ids)

Inputs

ID	Name	Type	Default	Remarks
1	File Name	scalar		Upload input file here
2	Location	select	matches	Import all IDs or only the one specified in the ID cell
3	Ids	scalar	all	Table IDs

Outputs

ID	Name	Type	Remarks
1	dynakeyword_import_tables_by_filename_output_1	vector

*DYNAKEYWORD_WRITE_CURVE

Description: Writes a given curve to a LS-DYNA curve keyword

Syntax: dynakeyword_write_curve(curve_i_d,lcin_t,curve)

Inputs

ID	Name	Type	Default	Remarks
1	Curve ID	scalar		Curve ID
2	LCINT	scalar		LCINT
3	Curve	vector		Provide curve here <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>

Outputs

ID	Name	Type	Remarks
1	dynakeyword_write_curve_output_1	text

*DYNAKEYWORD_IMPORT_TABLES_BY_TEXT

Description: Parses given text to import tables defined by *DEFINE_TABLE and its curves

Syntax: dynakeyword_import_tables_by_text(text,ids)

Inputs

ID	Name	Type	Default	Remarks
1	Text	textarea		Upload input file here
2	Ids	scalar	all	Table Id

Outputs

ID	Name	Type	Remarks
1	dynakeyword_import_tables_by_text_output_1	vector

*DYNAKEYWORD_MAT_ADD_EROSION_GISSMO

Description: Create a MAT_ADD EROSION WITH GISSMO keyword for LS-DYNA

Syntax: dynakeyword_mat_add_erosion_gissmo(material_name,material_i_d,numberof_i_ptofail,ida_m,dmgty_p,lcsdg_type,lscdg_value,lscdg_curve_id,ecrit_type,ecrit_value,ecrit_curve_id,dmgex_p,dcri_t,fadexp_type,fadexp_value,fadexp_curve_id,lcregd_type,lcregd_value,lcregd_curve_id,sizeflg,refsz,nahsf,lcsrs_type,lcsrs_value,lcsrs_curve_i_d,shr_f,biax_f)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	NOITF	scalar		Number of failed integration points prior to element deletion
4	IDAM	scalar		Flag for damage model.
5	DMGTYP	select	0	DamageType
6	LSCDG Type	select	scalar	Triaxiality v/s EPS curve type; If triaxiality is constant select scalar value
7	LSCDG Value	scalar		Scalar input if constant
8	LSCDG Curve Id	scalar		equivalent plastic strain to failure vs. triaxiality Curve ID
9	ECRIT Type	select	scalar	ECRIT curve type; If ECRIT is constant select scalar value
10	ECRIT Value	scalar		Scalar input if constant
11	ECRIT Curve Id	scalar		ECRIT curve ID
12	DMGEXP	scalar	1.0	Exponent for nonlinear damage accumulation
13	DCRIT	scalar	0	Damage threshold value
14	FADEXP Type	select	scalar	Exponent for damage-related stress fadeout (FADEXP)
15	FADEXP Value	scalar		Scalar input if constant
16	FADEXP Curve Id	scalar		FADEXP Curve ID
17	LCREGD Type	select	scalar	Scalar input if constant
18	LCREGD Value	scalar		Scalar input if constant
19	LCREGD Curve Id	scalar		LCREGD Curve Id
20	sizeflg	scalar	0	Flag for method of element size determination
21	refsz	scalar	0	Reference element size
22	nahsf	scalar	0	Number of history variables from damage model which should be stored in standard material history array for Postprocessing
23	LCSRS Type	select	scalar	Scalar input if constant
24	LCSRS Value	scalar		Scalar input if constant
25	LCSRS Curve Id	scalar		Curve for LCSRS Id
26	SHRF	scalar	0	Reduction factor for regularization at triaxiality = 0 (shear)
27	BIAXF	scalar	0	Reduction factor for regularization at triaxiality = 2/3 (biaxial)

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat_add_erosion_gissmo_output_1	text

*DYNAKEYWORD_MAT001

Description: Create a MAT_001 Keyword for LS-DYNA

Syntax: dynakeyword_mat001(material_name,material_i_d,density,elastic_modulus,poissons_ratio)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Density	scalar		Density
4	Elastic Modulus	scalar		Elastic Modulus
5	Poissons Ratio	scalar		Poissons Ratio

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat001_output_1	text

*DYNAKEYWORD_MAT24_WITHOUT_STRAIN_RATES

Description: Create a MAT_024 without strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat24_without_strain_rates(material_name,material_i_d,curve_id,density,elastic_modulus,poissons_ratio,hardening_curve,failure_strain,numberof_dig_points,use_log_interpolation)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Curve Id	scalar		Curve Id
4	Density	scalar	7.890000000000001E-6	Density
5	Elastic Modulus	scalar	210	Elastic Modulus
6	Poissons Ratio	scalar	0.3	Poissons Ratio
7	Hardening Curve	vector		Effective SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
8	Failure Strain	scalar		Failure Strain
9	NODP	scalar	201	LCINT
10	Use Log Interpolation	select	no	Use LOG Interpolation option in the Keyword

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat24_without_strain_rates_output_1	text

*DYNAKEYWORD_MAT36

Description: Create a MAT_36

Syntax: dynakeyword_mat36(material_name,material_i_d,density,elastic_modulus,poissons_ratio,h_r,starting_curve_id,numberof_dig_points,r00hardening_curve,r45hardening_curve,r90hardening_curve,shear_hardening_curve,bi-axial_hardening_curve,r00curve,r45curve,r90curve,r_shear_curve,r_bi-axial_curve,m_barlet_flowexponent,aop_t,x_p,y_p,z_p,a1,a2,a3,v1,v2,v3,d1,d2,d3,bet_a)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Density	scalar		Density
4	Elastic Modulus	scalar		Elastic Modulus
5	Poissons Ratio	scalar		Poissons Ratio
6	Hardening Rule	select	1	HR
7	Starting Curve Id	scalar	1	Starting Curve Id
8	NODP	scalar	200	Number of Dig Points
9	R00 Hardening Curve	vector		R00 Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
10	R45 Hardening Curve	vector		R45 Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
11	R90 Hardening Curve	vector		R90 Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
12	Shear Hardening Curve	vector		Shear Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
13	Bi-Axial Hardening Curve	vector		Bi-Axial Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
14	R00 Curve	vector		R00 Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
15	R45 Curve	vector		R45 Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
16	R90 Curve	vector		R90 Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
17	R Shear Curve	vector		R Shear Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
18	R Bi-Axial Curve	vector		R Bi-Axial Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
19	MBFE	scalar	0	M Barlet Flow exponent
20	AOPT	scalar	2	AOPT
21	XP	scalar	0	XP
22	YP	scalar	0	YP
23	ZP	scalar	0	ZP
24	A1	scalar	1	A1
25	A2	scalar	0	A2
26	A3	scalar	0	A3
27		scalar	0	V1
28		scalar	0	V2
29		scalar	0	V3
30		scalar	0	D1
31		scalar	0	D2
32		scalar	0	D3
33		scalar	0	BETA

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat36_output_1	text

*DYNAKEYWORD_MAT89_WITHOUT_STRAIN_RATES

Description: Create a MAT_089 without strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat89_without_strain_rates(material_name,material_i_d,curve_id,density,elastic_modulus,poissons_ratio,hardening_curve,failure_strain,numberof_dig_points)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Curve Id	scalar		Curve Id
4	Density	scalar		Density
5	Elastic Modulus	scalar		Elastic Modulus
6	Poissons Ratio	scalar		Poissons Ratio
7	Hardening Curve	vector		Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
8	Failure Strain	scalar		Failure Strain
9	NODP	scalar	200	Number of Dig Points

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat89_without_strain_rates_output_1	text

*DYNAKEYWORD_MAT181_WITH_STRAIN_RATES

Description: Create a MAT_181 with strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat181_with_strain_rates(material_name,material_i_d,table_id,curve_id,density,bulk_modulus,specimenlength,specimenwidth,specimenthickness,compression_tension_curve,poissons_ratio,failureparameter_k,failureparameter_gamma1,failureparameter_gamma2,h_u,shape,numberof_dig_points,tension,rate_type,avg_option,strainrate)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Table ID	scalar		Curve Id
4	Curve Id	scalar		Curve Id
5	Density	scalar		Density
6	Bulk Modulus	scalar		Bulk Modulus
7	Specimen length	scalar		Specimen length
8	Specimen width	scalar		Specimen width
9	Specimen thickness	scalar		Specimen thickness
10	Compression Tension Curve	vector		Compression Tension Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
11	Poissons Ratio	scalar		Poissons Ratio
12	Failure parameter K	scalar		Failure parameter K
13	Failure parameter Gamma1	scalar		Failure parameter Gamma1
14	Failure parameter Gamma2	scalar		Failure parameter Gamma2
15	HU	scalar		HU
16	Shape	scalar		Shape
17	NODP	scalar	100	Number of Dig Points
18	Tension	scalar		Tension
19	Rate Type	scalar		Rate Type
20	Avg Option	scalar		Avg Option
21	Strain rate	keyvalue		Strain rate <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#keyvalueinput’> <i class=’fa fa-external-link’> </i> View more </a>

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat181_with_strain_rates_output_1	text

*DYNAKEYWORD_MAT36E

Description: Create a MAT_36e

Syntax: dynakeyword_mat36e(material_name,material_i_d,density,elastic_modulus,poissons_ratio,starting_curve_id,numberof_dig_points,r00hardening_curve,r45hardening_curve,r90hardening_curve,shear_hardening_curve,bi-axial_hardening_curve,r00curve,r45curve,r90curve,r_shear_curve,r_bi-axial_curve,m_barlet_flowexponent,aop_t,x_p,y_p,z_p,a1,a2,a3,v1,v2,v3,d1,d2,d3,bet_a)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Density	scalar		Density
4	Elastic Modulus	scalar		Elastic Modulus
5	Poissons Ratio	scalar		Poissons Ratio
6	Starting Curve Id	scalar	1	Starting Curve Id
7	NODP	scalar	200	Number of Dig Points
8	R00 Hardening Curve	vector		R00 Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
9	R45 Hardening Curve	vector		R45 Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
10	R90 Hardening Curve	vector		R90 Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
11	Shear Hardening Curve	vector		Shear Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
12	Bi-Axial Hardening Curve	vector		Bi-Axial Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
13	R00 Curve	vector		R00 Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
14	R45 Curve	vector		R45 Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
15	R90 Curve	vector		R90 Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
16	R Shear Curve	vector		R Shear Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
17	R Bi-Axial Curve	vector		R Bi-Axial Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
18	MBFE	scalar	0	M Barlet Flow exponent
19	AOPT	scalar	2	AOPT
20	XP	scalar	0	XP
21	YP	scalar	0	YP
22	ZP	scalar	0	ZP
23	A1	scalar	1	A1
24	A2	scalar	0	A2
25	A3	scalar	0	A3
26		scalar	0	V1
27		scalar	0	V2
28		scalar	0	V3
29		scalar	0	D1
30		scalar	0	D2
31		scalar	0	D3
32		scalar	0	BETA

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat36e_output_1	text

*DYNAKEYWORD_MAT103_P

Description: Create a MAT_103p

Syntax: dynakeyword_mat103_p(material_name,material_i_d,curve_id,density,elastic_modulus,poissons_ratio,yields_stress,hardening_curve,numberof_dig_points,r00,r45,r90,aop_t,x_p,y_p,z_p,a1,a2,a3,v1,v2,v3,d1,d2,d3,bet_a)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Curve Id	scalar		Curve Id
4	Density	scalar		Density
5	Elastic Modulus	scalar		Elastic Modulus
6	Poissons Ratio	scalar		Poissons Ratio
7	Yields Stress	scalar		Yields Stress
8	Hardening Curve	vector		Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
9	NODP	scalar	200	Number of Dig Points
10	R00	scalar		R00
11	R45	scalar		R45
12	R90	scalar		R90
13	AOPT	scalar		AOPT
14	XP	scalar		XP
15	YP	scalar		YP
16	ZP	scalar		ZP
17	A1	scalar		A1
18	A2	scalar		A2
19	A3	scalar		A3
20	V1	scalar		V1
21	V2	scalar		V2
22	V3	scalar		V3
23	D1	scalar		D1
24	D2	scalar		D2
25	D3	scalar		D3
26	BETA	scalar		BETA

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat103_p_output_1	text

*DYNAKEYWORD_MAT187_WITH_STRAIN_RATES

Description: Create a MAT_187 out strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat187_with_strain_rates(material_name,material_i_d,curve_id,table_id,strain_rates,density,bulk,shear_modulus,elastic_modulus,elastic_poissons_ratio,rbcfa_c,numin_t,tensile_hardening_curve,compression_hardening_curve,shear_hardening_curve,bi-axial_hardening_curve,plastic_poissons_ratio,poissons_ratiovs_strainrate,incda_m,lcid_d,failure_strain,deprp_t,lci_d_tr_i,lci_d_l_c,mite_r,mpid_s,incfai_l,icon_v,asa_f,lcemo_d,bet_a,fil_t)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Curve Id	scalar		Curve Id
4	Table Id	scalar		Table Id
5	Strain rates	scalar		Strain rates
6	Density	scalar	7.890000000000001E-6	Density
7	Bulk Modulus	scalar	0	Bulk Modulus
8	Shear Modulus	scalar	0	Shear Modulus
9	Elastic Modulus	scalar	210	Elastic Modulus
10	Elastic Poissons Ratio	scalar	0.3	Elastic Poissons Ratio
11	RBCFAC	scalar	0	RBCFAC
12	NUMINT	scalar	0	NUMINT
13	Tensile Hardening Curve	vector		Tensile Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
14	Compression Hardening Curve	vector		Compression Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
15	Shear Hardening Curve	vector		Shear Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
16	Bi-axial Hardening Curve	vector		Bi-axial Hardening Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
17	Plastic Poissons Ratio	scalar	0.3	Plastic Poissons Ratio
18	PRVSR	vector		Poissons Ratio vs Strain rate <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
19	INCDAM	scalar		INCDAM
20	Damage curve	vector		Damage curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
21	Failure Strain	scalar		Failure Strain
22	DEPRPT	vector		DEPRPT <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
23	LCID_TRI	vector		LCID_TRI <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
24	LCID_LC	vector		LCID_LC <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
25	MITER	scalar		MITER
26	MPIDS	scalar		MPIDS
27	INCFAIL	scalar		INCFAIL
28	ICONV	scalar		ICONV
29	ASAF	scalar		ASAF
30	LCEMOD	vector		LCEMOD <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
31	BETA	scalar		BETA
32	FILT	scalar		FILT

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat187_with_strain_rates_output_1	text

*DYNAKEYWORD_MAT057

Description: Create a MAT_057 for LS-DYNA

Syntax: dynakeyword_mat057(material_name,material_i_d,curve_id,density,elastic_modulus,nominalstressvsstraincompressioncurve,t_c,h_u,dam_p,shap_e,kco_n,numberof_dig_points)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Curve Id	scalar		Curve Id
4	Density	scalar		Density
5	Elastic Modulus	scalar		Elastic Modulus
6	Hardening Curve	vector		Nominal stress vs strain compression curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
7	Tensile cut-off stress	scalar		Tensile cut-off stress
8	HU	scalar		HU
9	DAMP	scalar		DAMP
10	SHAPE	scalar		SHAPE
11	KCON	scalar		KCON
12	NODP	scalar	200	LCINT

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat057_output_1	text

*DYNAKEYWORD_MAT083

Description: Create a MAT_083 for LS-DYNA

Syntax: dynakeyword_mat083(material_name,material_i_d,table_id,curve_id,density,elastic_modulus,strain-rate_curves,strainrates,t_c,kco_n,dam_p,bvfla_g,sfla_g,rfla_g,tfla_g,sra_f,re_f,h_u,shape,numberof_dig_points)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Table Id	scalar		Table Id
4	Curve Id	scalar		Curve Id
5	Density	scalar		Density
6	Elastic Modulus	scalar		Elastic Modulus
7	Hardening Curve	vector		Stress vs Strain for strain-rates separated by a comma <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
8	Strain rates	scalar		Strain rates
9	TC	scalar		TC
10	KCON	scalar		KCON
11	DAMP	scalar		DAMP
12	BVFLAG	scalar		BVFLAG
13	SFLAG	scalar		SFLAG
14	RFLAG	scalar		RFLAG
15	TFLAG	scalar		TFLAG
16	SRAF	scalar		SRAF
17	REF	scalar		REF
18	HU	scalar		HU
19	Shape	scalar		Shape
20	NODP	scalar	200	LCINT

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat083_output_1	text

*DYNAKEYWORD_MAT077_OGDEN_RUBBER

Description: Create a MAT_OGDEN rubber

Syntax: dynakeyword_mat077_ogden_rubber(material_name,material_i_d,rh_o,p_r,n,n_v,g,sig_f,re_f,sg_l,s_w,s_t,curve_id1,lci_d1,dat_a,curve_id2,lci_d2,bstar_t,tram_p)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Density	scalar		Density
4	Poissons Ratio	scalar		Poissons Ratio
5	Order of Fit	scalar		Order of Fit
6	NOPS	scalar		Number of Prony Series
7	Shear Relaxation Modulus	scalar		Shear Relaxation Modulus
8	LSFFIFD	scalar		Limit stress for frequency independent frictional damping
9	URGTITST	select	0	Use reference geometry to initialize the stress tensor
10	SGL	scalar
11	SW	scalar
12	ST	scalar
13	Curve Id	scalar		Curve Id
14	LCID1	vector
15	DATA	scalar
16	Curve Id	scalar		Curve Id 2
17	LCID2	vector
18	BSTART	scalar
19	TRAMP	scalar

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat077_ogden_rubber_output_1	text

*DYNAKEYWORD_IMPORT_CURVES_BY_FILENAME

Description: Parses given filename to import curves defined by *DEFINE_CURVE

Syntax: dynakeyword_import_curves_by_filename(file_name,ids,location)

Inputs

ID	Name	Type	Default	Remarks
1	File Name	string		Upload input file here
2	Ids	string	all	Curve IDs to be imported
3	Location	select	matches	Import all IDs or only the one specified in the IDs cell

Outputs

ID	Name	Type	Remarks
1	dynakeyword_import_curves_by_filename_output_1	vector

*DYNAKEYWORD_MAT24_WITH_VARIANCE_WITH_STRAIN_RATES

Description: Create a MAT_024 Keyword for LS-DYNA with Strain-Rates

Syntax: dynakeyword_mat24_with_variance_with_strain_rates(material_name,starting_material_i_d,meas_material_id_offset,min_material_id_offset,mean_material_id_offset,max_material_id_offset,measured_eng_stress_strain_material_id_offset,starting_table_i_d,starting_curve_id,curve_id_offset,density,elastic_modulus,poissons_ratio,measured_yield_curves,min_yield_curves,mean_yield_curves,max_yield_curves,measured_eng_ss_curve,min_eng_ss_curve,mean_eng_ss_curve,max_eng_ss_curve,strain_rates_key_value,failure_strain,viscoplasticity,numberof_dig_points)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Starting Material ID	scalar		Starting Material ID
3	MMIO	scalar		Meas Material ID Offset
4	MMIO	scalar		Min Material ID Offset
5	MMIO	scalar		Mean Material ID Offset
6	MMIO	scalar		Max Material ID Offset
7	MESMIO	scalar		Measured Eng StressStrain Material ID Offset
8	Starting Table ID	scalar		Starting Table ID
9	Starting Curve Id	scalar		Starting Curve Id
10	Curve Id Offset	scalar		Curve Id Offset
11	Density	scalar		Density
12	Elastic Modulus	scalar		Elastic Modulus
13	Poissons Ratio	scalar		Poissons Ratio
14	Measured Yield Curves	vector		Measured Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
15	Min Yield Curves	vector		Min Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
16	Mean Yield Curves	vector		Mean Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
17	Max Yield Curves	vector		Max Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
18	MESC	vector		Measured Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
19	MESC	vector		Min Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
20	MESC	vector		Mean Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
21	MESC	vector		Max Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
22	SRKV	keyvalue		Strain Rates Key Value <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#keyvalueinput’> <i class=’fa fa-external-link’> </i> View more </a>
23	Failure Strain	scalar		Failure Strain
24	Viscoplasticity	select	0.0	Viscoplasticity
25	NODP	scalar	200	Number of Dig Points

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat24_with_variance_with_strain_rates_output_1	text

*DYNAKEYWORD_MAT181_WITHOUT_STRAIN_RATES

Description: Create a MAT_181 without strain rates Keyword for LS-DYNA

Syntax: dynakeyword_mat181_without_strain_rates(material_name,material_i_d,curve_id,density,bulk_modulus,specimenlength,specimenwidth,specimenthickness,compression_tension_curve,poissons_ratio,failureparameter_k,failureparameter_gamma1,failureparameter_gamma2,h_u,shape,numberof_dig_points)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Material ID	scalar		Material ID
3	Curve Id	scalar		Curve Id
4	Density	scalar		Density
5	Bulk Modulus	scalar		Bulk Modulus
6	Specimen length	scalar		Specimen length
7	Specimen width	scalar		Specimen width
8	Specimen thickness	scalar		Specimen thickness
9	Compression Tension Curve	vector		Compression Tension Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
10	Poissons Ratio	scalar	0.495	Poissons Ratio
11	Failure parameter K	scalar		Failure parameter K
12	Failure parameter Gamma1	scalar		Failure parameter Gamma1
13	Failure parameter Gamma2	scalar		Failure parameter Gamma2
14	HU	scalar		HU
15	Shape	scalar		Shape
16	NODP	scalar	100	Number of Dig Points

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat181_without_strain_rates_output_1	text

*DYNAKEYWORD_MAP_VALUES_TO_ELEMENT_THICKNESS

Description: Contour parts with curve values

Syntax: dynakeyword_map_values_to_element_thickness(valuestomap,keyword_data,mapping_table,map_table_order)

Inputs

ID	Name	Type	Default	Remarks
1	DCTVTM	dataset		Data containing the values to map <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#datasetinput’> <i class=’fa fa-external-link’> </i> View more </a>
2	KDOF	textarea		Valid LS-DYNA keyword data or filename
3	Values to map	textarea		Specify the mapping table containing part-name or part id to keyvalue-name
4	Map Table Order	select	as_provided

Outputs

ID	Name	Type	Remarks
1	dynakeyword_map_values_to_element_thickness_output_1	text

*DYNAKEYWORD_MAT24_WITH_VARIANCE_WITHOUT_STRAIN_RATES

Description: Create a MAT_024 Keyword for LS-DYNA with Strain-Rates

Syntax: dynakeyword_mat24_with_variance_without_strain_rates(material_name,starting_material_id,meas_material_id_offset,min_material_id_offset,mean_material_id_offset,max_material_id_offset,measured_eng_stress_strain_material_id_offset,starting_curve_id,density,elastic_modulus,poissons_ratio,measured_yield_curves,min_yield_curves,mean_yield_curves,max_yield_curves,measured_eng_ss_curve,min_eng_ss_curve,mean_eng_ss_curve,max_eng_ss_curve,failure_strain,numberof_dig_points)

Inputs

ID	Name	Type	Default	Remarks
1	Material Name	scalar		Material Name
2	Starting Material Id	scalar		Starting Material Id for the Variance Materials
3	MMIO	scalar		Meas Material ID Offset
4	MMIO	scalar		Min Material ID Offset
5	MMIO	scalar		Mean Material ID Offset
6	MMIO	scalar		Max Material ID Offset
7	MESMIO	scalar		Measured Eng StressStrain Material ID Offset
8	Starting Curve Id	scalar		Starting Curve Id
9	Density	scalar		Density
10	Elastic Modulus	scalar		Elastic Modulus
11	Poissons Ratio	scalar		Poissons Ratio
12	Measured Yield Curves	vector		Measured Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
13	Min Yield Curves	vector		Min Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
14	Mean Yield Curves	vector		Mean Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
15	Max Yield Curves	vector		Max Yield Curves <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
16	MESC	vector		Measured Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
17	MESC	vector		Min Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
18	MESC	vector		Mean Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
19	MESC	vector		Max Eng SS Curve <a class=’btn btn-xs btn-default’ target=’_blank’ href=’https://www.d3view.com/docs/master/workflows/Glossary.html#curveinput’> <i class=’fa fa-external-link’> </i> View more </a>
20	Failure Strain	scalar		Failure Strain
21	NODP	scalar	200	Number of Dig Points

Outputs

ID	Name	Type	Remarks
1	dynakeyword_mat24_with_variance_without_strain_rates_output_1	text