The mechanical parameters of the finger pad were experimentally identified for individual participants in the experiments.
It is shown that with the experimentally identified non-linearity correction, the numerical fatigue life-time was within the 10% of the experimentally identified life-time.
Chatter occurrence under a wide range of operating conditions is experimentally identified.
Criteria of crack initiations in wood thickness and along the interfaces are proposed and experimentally identified.
The parameters of the model were experimentally identified which involved subjects walking at different speeds.
Torsional vibrations are modeled with finite element analysis and experimentally identified.
A bearing temperature transition has been experimentally identified and numerically analyzed.
Models are experimentally identified that have the structure of spatially interconnected systems.
Next, the mechanical behavior of the soft resin is also modelled and experimentally identified.
Alternative catalytic motifs, associated with different core protein folds have been experimentally identified in many type II REases.
The stiction has been modeled as a dead-zone and has been experimentally identified.
