Estimating tibiofemoral joint contact forces is important for understanding the initiation and
progression of knee osteoarthritis. However, tibiofemoral contact force predictions are …

This work presents an electrophysiologically and dynamically consistent musculoskeletal
model to predict stiffness in the human ankle and knee joints as derived from the joints …

Hill-type models are ubiquitous in the field of biomechanics, providing estimates of a
muscle's force as a function of its activation state and its assumed force–length and force …

In vivo measurements of muscle architecture provide insight into inter-individual differences
in muscle function and could be used to personalise musculoskeletal models. When muscle …

Ultrasound imaging is relatively inexpensive, does not involve ionising radiation, and
requires much shorter scan times compared with other imaging modalities such as magnetic …

Computational modeling of tendon lags the development of computational models for other
tissues. A major bottleneck in the development of realistic computational models for Achilles …

Tendons are elastic structures that connect muscle to the skeletal system and transmit force
relative to the amount of stretch they experience. The mechanical properties of human …

Muscle models are commonly based on intrinsic properties pooled across a number of
individuals, often from a different species, and rarely validated against directly measured …

Accurate individualized muscle architecture data are crucial for generating subject-specific
musculoskeletal models to investigate movement and dynamic muscle function. Diffusion …

Post-stroke gait is often accompanied by muscle impairments that result in adaptations such
as hip circumduction to compensate for lack of knee flexion. Our previous work robotically …