"aforementioned work" is a correct and commonly used phrase in written English.
It refers to a previously mentioned or discussed work or project. You can use this phrase when you want to refer back to a specific work without repeating its entire title or description. Example: "In my previous report, I discussed the issues and solutions related to the aforementioned work. In this update, I would like to highlight the progress we have made since then."
Much effort has been devoted to measuring the speed of light, beginning with the aforementioned work of Rømer in 1676.
Finally, based on aforementioned work, the results of anisotropic elasticity gained for the three dimensional Cauchy continuum, are transferred to stiffness measures of surface elasticity.
In this paper, we complement the aforementioned work first, by proving that the domain of attraction contains the open upper-half plane and secondly, by showing the validation of the proposed controller when applied to an experimental set-up of the cart pendulum system.
We analyzed these data using a structural equation model that simultaneously regressed safety compliance and safety participation on the main effects of each of the aforementioned work characteristics, their two-way interactions, and the three-way interaction among them, while controlling for demographic, occupational, and organizational characteristics.
However, this study departs from the aforementioned work in two important ways.
All of the aforementioned work is not concerned with multiple access issues or interference among the nodes.
Some substantial comparisons between the aforementioned works are presented as well.
Although the aforementioned works are separated by over a century, and they are expressed through different media, in both cases it is possible to observe the concern with women's sexuality, independence and voice.
A newly developed surface character model simultaneously accounts for soot surface reactivity in surface growth and oxidation by considering soot ageing and its effects on the particle surface, reconciling the aforementioned works.
All the aforementioned works are for one relaying node.
The person who writes one of the aforementioned works is defined as the creator/author.
