To evaluate by means of finite element modeling the influence of tissue properties of the cornea on its deformation response when an air jet is applied onto its surface and, according to this, to discuss the clinical interpretation of these measurements in terms of corneal biomechanical behaviour
19 págs.; 11 figs.; 2 tabs.Objective To validate a new method for reconstructing corneal biomechanic...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
This work presents a novel methodology for building a three-dimensional patient-specific eyeball mod...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diag- nostic test...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diagnostic test r...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diagnostic test r...
© 2019 Eliasy, Chen, Vinciguerra, Lopes, Abass, Vinciguerra, Ambrósio, Roberts and Elsheikh. Purpose...
Purpose: This study aims to introduce and clinically validate a new algorithm that can determine the...
Purpose: This study aims to introduce and clinically validate a new algorithm that can determine the...
Aim or Purpose: To describe the effect of varying scleral stiffness on the biomechanical deformation...
Ocular analyzers are used in the current clinical practice to estimate, by means of a rapid air jet,...
Understanding corneal biomechanics is important for applications regarding refractive surgery predic...
Biomechanics is often defined as ‘mechanics applied to biology’. Due to the variety and complexity o...
Structural engineering analysis tools have been used to improve the understanding of the biomechanic...
19 págs.; 11 figs.; 2 tabs.Objective To validate a new method for reconstructing corneal biomechanic...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
This work presents a novel methodology for building a three-dimensional patient-specific eyeball mod...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diag- nostic test...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diagnostic test r...
The mechanical response of the cornea subjected to a non-contact air-jet tonometry diagnostic test r...
© 2019 Eliasy, Chen, Vinciguerra, Lopes, Abass, Vinciguerra, Ambrósio, Roberts and Elsheikh. Purpose...
Purpose: This study aims to introduce and clinically validate a new algorithm that can determine the...
Purpose: This study aims to introduce and clinically validate a new algorithm that can determine the...
Aim or Purpose: To describe the effect of varying scleral stiffness on the biomechanical deformation...
Ocular analyzers are used in the current clinical practice to estimate, by means of a rapid air jet,...
Understanding corneal biomechanics is important for applications regarding refractive surgery predic...
Biomechanics is often defined as ‘mechanics applied to biology’. Due to the variety and complexity o...
Structural engineering analysis tools have been used to improve the understanding of the biomechanic...
19 págs.; 11 figs.; 2 tabs.Objective To validate a new method for reconstructing corneal biomechanic...
Understanding the corneal mechanical properties has great importance in the study of corneal patholo...
This work presents a novel methodology for building a three-dimensional patient-specific eyeball mod...