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Fortran 90 programming with physical unit annotations

Authors
Albert. S. KimMan Hin Leung문정현김성우
Issue Date
30-6월-2017
Publisher
International Journal of Engineering and Science
Keywords
Programming
Citation
Research Inventy; International Journal of Engineering And Science, v.7, no.6, pp 11 - 21
Pages
11
Journal Title
Research Inventy; International Journal of Engineering And Science
Volume
7
Number
6
Start Page
11
End Page
21
URI
https://www.kriso.re.kr/sciwatch/handle/2021.sw.kriso/8253
Abstract
Scientific computation aims to analyze and predict natural and engineered phenomena for human understanding. Specific quantification of physical variables requires annotations of physical units, either basic or derived. State-of-the-art computation uses the object-oriented programming (OOP) features using a number of processing cores. In translating scientific governing equations to computer programming, developers are still responsible to use and convert physical unitsto provide meaningful results. In this paper, we indicate some incoherency of SI units and propose possible ways to minimize unintended numerical errors. We use standard Fortran 90 as a programming language and discuss how physical units can be specified and checked during code compilations and executions.
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