All Outputs (2)

Process of estimating the material properties of human heel pad sub-layers using inverse finite element analysis and some model applications (2014)
Thesis
Ahanchian, N. Process of estimating the material properties of human heel pad sub-layers using inverse finite element analysis and some model applications. (Thesis). University of Salford

The human heel pad is subject to repetitive loading and plays an important role in absorbing shocks which may cause injuries. The heel pad has a composite biological structure consisting of the fat pad and the skin. The fat pad tissue is organised... Read More about Process of estimating the material properties of human heel pad sub-layers using inverse finite element analysis and some model applications.

Appropriately complex modelling of healthy human walking (2014)
Thesis
McGrath, M. Appropriately complex modelling of healthy human walking. (Thesis). University of Salford

Modelling human gait has become an invaluable tool in a wide range of fields such as robotics and rehabilitation. With progress in computing, model complexity has advanced quickly but nevertheless, the contributions of incremental increases in mo... Read More about Appropriately complex modelling of healthy human walking.