A2
Détail A2 · Glenoid implant design & optimizationEn cours

A shoulder implant that stays in place

In a total shoulder replacement, the glenoid component (the socket side) can loosen over time. It is one of the most common causes of failure. Our team is working toward a design that resists it.

Date
sept. 2026 – aujourd’hui
Statut
En cours
Équipe
7-person team
Établissement
Arts et Métiers, with the Georges Charpak Institute of Human Biomechanics
Lieu
Paris, France
9 biomechanical & FE studies reviewed
3 project phases
01

Problématique

Glenoid loosening is one of the most common causes of failure in total shoulder replacement. How can the implant’s design reduce it?

02

Équipe et rôle

Georges Charpak Institute of Human BiomechanicsPartner institute
03

Méthodologie et démarche

  1. Literature review. A critical review of nine biomechanical and finite-element studies on glenoid loosening.
  2. Modeling. A finite-element model of a cemented glenoid implant.
  3. Lab testing. Testing the cemented implant to validate the model and guide a new design.
04

Résultats

Project in progress, in collaboration with the Georges Charpak Institute of Human Biomechanics.

DWG NO. WH-2026-001 · William Hochart · Arts et Métiers Institute of TechnologyTous les projets · CV · © 2026