E. M. Louwagie

This study uses finite element modeling to analyze how uterine and cervical structural properties affect cervical mechanical loading during pregnancy, identifying key parameters influencing preterm birth risk.

The paper develops an image-based modeling pipeline to study uterine passive mechanics during late pregnancy, achieving computational savings and accurate strain predictions.

This study quantifies uterine and cervical structural and biomechanical changes across pregnancy using ultrasound and aspiration measurements in 47 low-risk pregnancies.

This study uses biomechanical modeling to analyze how C-section scars and defects affect uterine stress and rupture risk.