The phrase "are commonly addressed" is correct and usable in written English.
It can be used when discussing topics or issues that are frequently dealt with or discussed in a particular context.
Example: "Environmental concerns are commonly addressed in policy discussions to ensure sustainable development."
Alternatives: "are often discussed" or "are frequently tackled".
These issues are commonly addressed mostly by thermal simulation or experimental evaluations on small prototypes.
Factors like climate and biodiversity, human rights and supply chain disruptions, which are commonly addressed by sustainability raters, are minimally present or entirely absent from credit rating methodologies.
A small glossary at the end provides definitions of terms that are commonly addressed in the annotations, and is followed by an author index .-- Provided by publisher.
For this purpose, a fundamental description of the structural vibration based damage identification problem is given, followed by a short literature overview of the damage features, which are commonly addressed.
Those are commonly addressed as photoconductors.
These are commonly addressed under three headings, outlined by Pettit (1997).
The characterization of unsteady transverse wind forces of bridge sections under oscillatory motion is commonly addressed in the frequency domain by means of the so-called flutter derivatives.
This problem is commonly addressed using centralized planners with global knowledge and/or calculating a priori routes for all robots before the beginning of the mission.
Anger is an emotion that is commonly addressed in therapy situations, and particularly in music therapy since music, by its nature, is evocative of emotion.
This frame problem is commonly addressed by providing additional constraints in terms of so-called frame conditions and has already been considered in different research areas in the last decades—except for UML/OCL where corresponding approaches have been investigated only recently.
Fretting damage, in the form of wear and fatigue-cracking, is a common cause for concern in a wide range of dynamically loaded mechanical joints, and consequently, control of the rates of such damage is commonly addressed either by design or by the choice of materials with enhanced performance.
