$\left\{\mathsf{\sigma }\right\}$	(MPa)	Stress tensor
$\left\{\mathsf{\epsilon }\right\}$	(1)	Strain tensor
${\mathrm{E}}_1^0$	(MPa)	Elastic modulus of non-damaged material in direction 1
${\mathrm{E}}_2^0$	(MPa)	Elastic modulus of non-damaged material in direction 2
${\mathrm{G}}_{12}^0$	(MPa)	Shear modulus of non-damaged material in plane 12
${\mathrm{G}}_{13}^0$	(MPa)	Transverse shear modulus of non-damaged material in plane 13
${\mathrm{G}}_{23}^0$	(MPa)	Transverse shear modulus of non-damaged material in plane 23
${\mathsf{\nu }}_{12}^0$	(1)	Poisson’s ratio of undamaged material in plane 12
${\mathrm{E}}_1^{\mathrm{d}}$	(MPa)	Consolidated elastic modulus of damaged material in direction 1
${\mathrm{E}}_2^{\mathrm{d}}$	(MPa)	Consolidated elastic of damaged material in direction 2
${\mathrm{G}}_{12}^d$	(MPa)	Consolidated shear modulus of damaged material in plane 12
${\mathrm{G}}_{13}^d$	(MPa)	Consolidated transverse shear modulus of damaged material in plane 13
${\mathrm{G}}_{23}^d$	(MPa)	Consolidated transverse shear modulus of damaged material in plane 23
${\mathsf{\nu }}_{12}^0$	(1)	Poisson’s ratio of undamaged material in plane 12
${\mathrm{d}}_1$	(1)	Consolidated damage factor in direction 1
${\mathrm{d}}_2$	(1)	Consolidated damage factor in direction 2
${\mathrm{d}}_{\mathrm{s}}$	(1)	Consolidated shear damage factor
$F_{1,u}^{+}$	(MPa)	Ultimate tensile stress in direction 1
$F_{1,u}^{-}$	(MPa)	Ultimate compressive stress in direction 1
$F_{2,u}^{+}$	(MPa)	Ultimate tensile stress in direction 2
$F_{2,u}^{-}$	(MPa)	Ultimate compressive stress in direction 2
$F_{12,u}$	(MPa)	Ultimate shear stress in plane 12
$F_{13,u}$	(MPa)	Ultimate shear stress in plane 13
$F_{23,u}$	(MPa)	Ultimate shear stress in plane 23
${\epsilon }_{1,u}^{+}$	(1)	Ultimate tensile strain in direction 1
${\epsilon }_{1,u}^{-}$	(1)	Ultimate compressive strain in direction 1
${\epsilon }_{2,u}^{+}$	(1)	Ultimate tensile strain in direction 2
${\epsilon }_{2,u}^{-}$	(1)	Ultimate compressive strain in direction 2
$U_1^{+}$	(mJ/mm2)	Tensile fracture energy in direction 1
$U_1^{-}$	(mJ/mm2)	Compressive fracture energy in direction 1
$U_2^{+}$	(mJ/mm2)	Tensile fracture energy in direction 2
$U_2^{-}$	(mJ/mm2)	Compressive fracture energy in direction 2
$R_{3,u}$	(MPa)	Normal cohesive strength in the direction 3
$R_{13,u}$	(MPa)	Shear cohesive strength in plane 13
$R_{23,u}$	(MPa)	Shear cohesive strength in plane 23
$D_1$	(mJ/mm2)	Normal fracture energy in the direction 3
$D_{13}$	(mJ/mm2)	Shear fracture energy in plane 13
$D_{23}$	(mJ/mm2)	Shear fracture energy in plane 23