Finite element modelling has become an efficient tool for an in-depth understanding of the
foot, footwear biomechanics and footwear optimization. The aim of this paper was to provide …

Finite element analysis has become indispensable for biomechanical research on clavicle
fractures. This review summarized evidence regarding configurations and applications of …

Objective To explore the application value of 3D scanning to obtain the parameters of
transverse axis of medial longitudinal arch of foot in the biomechanical evaluation of …

Plantar fascia plays an important role in human foot biomechanics; however, the
morphology and mechanical properties of plantar fascia in patients with flexible flatfoot are …

Musculoskeletal disorders impact quality of life and incur substantial socio-economic costs.
While in vivo and in vitro studies provide valuable insights, they are often limited by …

Develo** realistic numerical foot models is essential to accurately predict the structural
behavior of its bones and soft tissues. The representation of the foot joints is a crucial point …

Excessive foot arch deformation is associated with plantar tissue overload and ligamentous
injury pathologies. Finite element (FE) analysis, as an effective tool for modeling and …

The research aims to investigate the mechanical response of footfalls at different velocities
to understand the mechanism of heel injury and provide a scientific basis for the prevention …

The finite element method (FEM) is a mathematical method for obtaining approximate
solutions to a wide variety of engineering problems. With the development of computer …

The variability between patients causes that standard treatments based on an “average
patient” achieve low satisfaction rates after interventions. The improvement of these poor …