The proposed method is a dynamic model which considers the eddy current, hysteresis and anomalous losses.
Furthermore, a model, which considers the influence of bulk plastic strains on the real area of contact, is investigated.
A new model which considers human errors in maintenance and periodic tests to predict component failure rates is presented.
This model which considers complex heat and mass transfer is numerically solved and a computer program is developed.
Then a communication model which considers human related factors such as "competence", "duty", "responsibility" and "knowledge" is proposed.
A nonlinear fibre based beam-column element model which considers the spread of plasticity along the element is used.
We develop a generalized mixed-integer nonlinear optimization (MINLP) model which considers both process design and material selection.
The fast diffusion events are simulated deterministically with a heterogeneous diffusion model which considers site-blocking effects of additives.
The data could not be explained by the conventional Rosen model which considers diffusion in the macropores only.
In the present paper, a new model which considers the influence of the gas phase is proposed.
A close-distance interaction model is included in the particle particle collision model, which considers liquid interstitial effects among particles.
