Purpose This review explores mathematical models, blinking characterization, and non-
invasive techniques to enhance understanding and refine clinical interventions for ocular …

This study presents a finite element analysis to model ocular biomechanics and the
interactions between the human eye and contact lenses in the closed-eye condition. The …

Eye drops are widely used for treating ocular diseases, but with poor bioavailability less than
5%. Drug-eluting contact lenses (DECLs) have been proven to improve the efficacy of …

Contact lens wear causes mutual interactions between the ocular surface and the lens,
which may affect comfort as well as vision. The aim of this study was to examine …

Purpose: To evaluate the variation in the optical power achieved following soft contact lens
eye fitting for spherical and cylindrical lenses with differing hydrogel material properties …

Purpose The study presents an averaged anterior eye geometry model combined with a
localised material model that is straightforward, appropriate and amenable for …

Purpose: To improve the effectivity of patient-specific finite element analysis (FEA) to predict
refractive power change (RPC) in rigid Ortho-K contact lens fitting. Novel eyelid boundary …

In this study, a novel method was developed for estimating the elastic modulus (Young's
modulus) of soft contact lens materials using static compression optical coherence …

Purpose This study investigates how both the peripheral zone design and corneal shape
affect the behaviour of soft contact lenses on-eye. Methods In this study, soft contact lenses …

Purpose To investigate the capability of Zernike polynomials fitting to reconstruct corneal
surfaces as measured by Pentacam HR tomographer, Medmont E300 Placido-disc and Eye …