Material#
- class pynumad.objects.material.Material#
 Bases:
objectMaterial class
- name#
 User selected name of the material
- Type:
 str
- type#
 Two options: isotropic or orthotropic
- Type:
 str
- layerthickness#
 Layer thickness [mm]
- Type:
 float
- ex#
 Longitudinal elastic modulus [Pa]
- Type:
 float
- ey#
 Transverse elastic modulus [Pa]
- Type:
 float
- ez#
 Through-the-thickness elastic modulus in the
principal material coordinates [Pa]
- Type:
 float
- gxy#
 In-plane shear modulus [Pa]
- Type:
 float
- gyz#
 Transverse shear modulus [Pa]
- Type:
 float
- gxz#
 Transverse shear modulus [Pa]
- Type:
 float
- prxy#
 In-plane Poisson ratio [ ]
- Type:
 float
- pryz#
 Transverse Poisson ratio [ ]
- Type:
 float
- prxz#
 Transverse Poisson ratio [ ]
- Type:
 float
- density#
 Cured mass density [kg/m2]
- Type:
 float
- drydensity#
 Density of fabric
- Type:
 float
- uts#
 1 x 3 array of ultimate tensile strength design values.
Sequence: SL , ST, Sz, 1 x 1 for isotropic.
- Type:
 float
- ucs#
 1 x 3 array of ultimate compressive strength design values.
Sequence: SL , ST, Sz, 1 x 1 for isotropic.
- Type:
 float
- uss#
 1 x 3 array of ultimate shear strength design values.
Sequence: SLT , STz, SLz, 1 x 1 for isotropic.
- Type:
 float
- xzit#
 Lz tensile inclination parameter for Puck failure index
- Type:
 float
- xzic#
 Lz compressive inclination parameter for Puck failure index
- Type:
 float
- yzit#
 Tz tensile inclination parameter for Puck failure index
- Type:
 float
- yzic#
 Tz compressive inclination parameter for Puck failure index
- Type:
 float
- g1g2#
 Fracture toughness ratio between GI (mode I) and GII (mode II) [ ]
- Type:
 float
- alp0#
 Fracture angle under pure transverse compression [degrees]
- Type:
 float
- etat#
 Transverse friction coefficient for Larc [ ]
- Type:
 float
- etal#
 Longitudinal friction coefficient for Larc [ ]
- Type:
 float
- m#
 Fatigue slope exponent [ ]
- Type:
 list
- gamma_mf#
 from DNL-GL standard, fatigue strength reduction factor
- Type:
 list
- gamma_ms#
 from DNV-GL standard, short term strength reduction factor
- Type:
 list
- reference#
 - Type:
 str = None