... the cell proliferation while the through-pore holes allow the efficient cell seeding. e-mail:  2019RME9538@mnit.ac.in e-mail:  manish.mech@mnit.ac.in e-mail:  ramdayal.mech@mnit.ac.in tissue engineering TPMS lattice numerical modeling permeability wall shear stress 01...

... these phenomena to a combination of both structural and hemodynamic alterations caused by stent implantation. Recently, numerical models have been widely used in the literature to investigate stenting procedures but always from either a purely structural or fluid dynamic point of view. The aim of this work...

... in a simple form suitable for clinical application. biomedical equipment biomedical measurement diseases eye numerical analysis tonometry intra-ocular pressure cornea numerical modeling Goldmann applanation tonometry (GAT), developed in the 1950s, is still the internationally accepted...

... potential of numerical modeling in simulating corneal response to various procedures including tonometry. For this potential to be realized, it was essential that the models approach real life conditions and include the corneal features that had important impact on the accuracy of predictions. The models...

... soft tissues mechanics periodontal ligament numerical modeling viscoelasticity damage Soft connective tissues are some of the main components of biological structures that perform important mechanical functions, such as tendons and ligaments. The periodontal ligament (PDL) is a thin layer...

...A. Gefen; M. Megido-Ravid; Y. Itzchak; M. Arcan A novel three-dimensional numerical model of the foot, incorporating, for the first time in the literature, realistic geometric and material properties of both skeletal and soft tissue components of the foot, was developed for biomechanical analysis...