Applied Mathematics for Engineering Problems in Biomechanics and Robotics

Applied Mathematics in Biomedical Sciences and Engineering

autonomous robotics for teaching science and engineering

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Problems of Sport Biomechanics and Robotics Regular Paper

This paper presents many common areas of interest of different specialists. There are problems described from sport, biomechanics, sport biomechanics, sport engineering, robotics, biomechanics and robotics, sport biomechanics and robotics. There are many approaches to sport from different sciences and engineering. Robotics is a relatively new area and has had m...

Some Open Problems and New Tasks in Applied Mathematics

After the re-emancipation from pure mathematics in the latter part of the twentieth century, application-oriented mathematicians are now facing a wealth of new areas of activities and challenges for their research. This means that apart from individual open problems, two typical examples of which will be outlined here, applied mathematics is facing a lot of new tasks, from modelling practical s...

Explicit Finite Element Method Applied to Impact Biomechanics Problems

Biofidelic numerical models require accurate geometry, material properties, representative loading conditions, and proper verification and validation based on relevant experimental studies. Imaging techniques such as CT or MRI are typically used to generate anatomically correct model geometry. Accurate biological material properties and constitutive models present a challenge s...