Eduardo Soudah

A coupled cerebro-ocular-CSF lumped-parameter model under gravitational and postural variations

The paper develops a coupled cerebro-ocular-CSF model to simulate pressure dynamics under gravitational changes, showing posture-dependent IOP increases and a pressure drop in the optic nerve subarachnoid space.

A Computational Model for Retinal Hemodynamics Under Gravitational and Postural Variations

This study develops a computational model to simulate retinal hemodynamics under gravitational and postural changes, showing how posture affects vessel pressures and perfusion.

Biomechanical resilience of the femoral neck post-remission of Cushing's Syndrome: a comparative analysis using QCT-based Finite Element models

This study compares biomechanical properties of the femoral neck in women with long-term Cushing's Syndrome remission to healthy controls using QCT-based Finite Element models, finding impaired properties in the CS group.