Short and long‐term stabilities of cementless implants are strongly determined by the
interfacial load transfer between implants and bone tissue. Stress‐shielding effects arise …

Inserting a titanium implant in the bone tissue may modify its physiological loading and
therefore cause bone resorption, via a phenomenon called stress-shielding. The local stress …

The long-term success of cementless surgery strongly depends on the implant primary
stability. The femoral stem initial fixation relies on multiple geometrical and material factors …

Primary stability of cementless implants is crucial for the surgical success and long–term
stability. However, primary stability is difficult to quantify in vivo and the biomechanical …

Objectives Dynamic systems aim to create an environment that encourages bone healing
while minimizing stress shielding, which is a phenomenon where the bone loses density …

Cementless implants have become widely used for total hip replacement surgery. The long-
term stability of these implants is achieved by bone growing around and into the rough …

While cementless implants are now widely used clinically, implant debonding still occur and
is difficult to anticipate. Assessing the biomechanical strength of the bone–implant interface …

This work presents a self-contained continuum formulation for coupled chemical,
mechanical, and thermal contact interactions. The formulation is very general and, hence …

This work presents a three‐dimensional FE frictional contact formulation with NURBS‐
enriched contact elements for the debonding of partially osseointegrated, cementless …