Effective damping of energy flow in 3D biomechanical human – breaker systems with the application of WoSSO vibration damping

The article concerns the dynamic energy analysis in a Human–Breaker (H–B) system with the application of spatial WoSSO vibration damping. The analysis required the development of a spatial mathematical energy model of a biomechanical system in which the Constant-Force Vibration Damping (WoSSO) system is applied; this model was solved by means of a simulation prepared with the use of a special programme created with the MATLAB/simulink software. The obtained results indicated that the innovative WoSSO system applied in this case effectively dampens the flow of energy to the human operator while retaining the full energy of blows to the base under the breaker.