The Treaty of Rome EEC and EURATOM 1957

Graziatti, Lucia Vallecillo

doi:10.18034/abcra.v5i3.316

Cited by 11 publications

(1 citation statement)

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“…Regarding the design phase of the subsea pipeline, some of the most sophisticated level pipeline finite element analyses are carried out to assess buckling and walking (Graziatti, 2017). The Python Application Programming Interface (API) was used to build all of the conventional pipeline computations, and it was coupled to the cloudbased digital twin Subsea-XD.…”

Section: Smart Energy Field With Pythonmentioning

confidence: 99%

A Commentary on the Applications of Python in Resolving Issues Concerning Energy and the Ecosystems

Fadziso¹

2021

Asia Pac. j. energy environ.

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The energy industry is just getting started with applying it to problems with energy and ecosystems so they can find solutions. Python's popularity has increased across a variety of sectors, including businesses, academic institutions, government agencies, and research organizations. The true potential it possesses to automate a variety of processes while simultaneously increasing the capabilities of various industries to predict outcomes has been observed. Because of the digital transformation, such as sensors and high-performance computing services, which enable artificial intelligence (AI), machine learning (ML), big data acquisition, and storage in digital oilfields, its popularity has been on the rise in the industry that deals with energy and ecosystems. This is one of the primary reasons why. This can be easily verified by conducting a quick search for the number of publications that have been produced in the field of energy and ecosystems by the Society of Petroleum Engineers over the past few years. Without having to invest in pricey software, the production and reservoir engineers will be able to better manage the production operation thanks to this development. In addition to this, it will lead to a decrease in the overall operating costs and an increase in revenue. As a result, it has been demonstrated to be a promising application that has the potential to bring about a revolutionary change in the industry of energy and ecosystems and to transform the features that are already in place for the purpose of resolving issues related to energy and ecosystems.

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Section: Smart Energy Field With Pythonmentioning

confidence: 99%