Table 2.

Constitutive Model and Biomechanical Properties for Eye Tissues

Tissue	Constitutive Model	Biomechanical Properties	Ref.
Sclera	Mooney–Rivlin Von Mises distributed fibers	C1 = 0.805C3 = 0.01269C4 = 1102.25 θp: preferred fiber orientation	Girard et al.50
Dura	Neo-Hookean	Elastic modulus = 3 MPaPoisson's ratio = 0.49	Wang et al.4
LC	Isotropic elastic	Elastic modulus = 3 MPaPoisson's ratio = 0.49	Zhang et al.29
Choroid	Isotropic elastic	Elastic modulus = 0.6 MPaPoisson's ratio = 0.49	Friberg et al.73
Retina	Isotropic elastic	Elastic modulus = 0.03 MPaPoisson's ratio = 0.49	Miller74
Post-lamina tissue	Isotropic elastic	Elastic modulus = 0.03 MPaPoisson's ratio = 0.49	Miller74
Pia	Neo-Hookean	Elastic modulus = 3 MPaPoisson's ratio = 0.49	Wang et al.4
Peripapillary border tissue	Isotropic elastic	Elastic modulus = 3 MPaPoisson's ratio = 0.49	—