Biomechanics is an interdisciplinary discipline that, based on detailed knowledge of the anatomy and biochemistry of relevant processes, deals with the mechanical structure, mechanical behavior of living systems and their mutual mechanical interactions. The main theoretical goals are the formulation of laws generally applicable both at the cellular and organ level and at the individual level. The biophysical and engineering methodological approach to problem solving is supported by a high level of biological knowledge.

Biomechanics is an interdisciplinary discipline that, based on detailed knowledge of the anatomy and biochemistry of relevant processes, deals with the mechanical structure, mechanical behavior of living systems and their mutual mechanical interactions. The main theoretical goals are the formulation of laws generally applicable both at the cellular and organ level and at the individual level. The biophysical and engineering methodological approach to problem solving is supported by a high level of biological knowledge.

Biomechanics is an interdisciplinary discipline that deals with the mechanical structure, mechanical behavior of living systems and their mechanical interactions on the basis of knowledge of anatomy and biochemistry. The biophysical and engineering methodological approach to problem solving is supported by a high level of biological knowledge. Research is conducted at different resolution levels, from microbiomechanics (cell level) to live macrosystems (eg, human biomechanics). Biomechanics applications can be encountered in a wide range of science and professional activities

Biomechanics is an interdisciplinary field of science which, based on the knowledge of anatomy and biochemistry, deals with mechanical structure and mechanical behaviour of living systems and their mutual mechanical interactions. A biophysical and engineering methodological approach to task solving is supported there by a great degree of knowledge of biological nature. Research is carried out at various levels of distinction, ranging from microbiomechanics (cell level) to living macro-systems (e.g. human biomechanics).