With increasing constraint, initiation and growth of damage is more rapid such that higher constraint results in lower life expectancy.
The emerging technologies compel scientists to relentlessly seek innovation in designing new processes and new techniques that are more efficient, more practical, offering longer lifetime or suitable for use in adverse conditions, with higher constraints or in corrosive settings where temperature gradients are extreme.
However, the exact opposite is observed, which justifies our separation of the data in two sets and confirms higher constraints in the core set.
Consistent with the assumption that selection pressure is higher in tRNAs belonging to the core set, we are able to observe higher constraints in tRNAs from the core set compared with the peripheral set for all species pairs.
The continuously increasing demand for joint replacement surgery in the past decades imposes higher constraints on the budgets of hospitals and healthcare providers.
This appears to be sufficient in predicting lower shelf toughness under high constraint conditions, but may fail when attempting to predict toughness in the transition region or for low constraint conditions when using the same parameters.
It led to a decrease in GC content and therefore an increase of substitution rates at neutral positions, which ultimately resulted in higher estimated selective constraints at unpaired sites.
In addition, line pack operates at its maximum and there is very little of it in New England that can be used as additional supply in times of high constraints and peak demand.
As the fracture mechanical approach is limited to sharp cracks in the material (high-constraint stress state) the present damage mechanics approach is regarded as important as a more general concept closer to reality.
The linear growth in higher order states with this constraint (proven later) is critical for practical use of the larger footprint size models that will be demonstrated.
