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feynman1
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lazy.feynman1 said:title
resolved thanks a lotFEAnalyst said:From "Introduction to the Finite Element Method" by N. Ottosen and H. Petersson:
Even though we have presented a systematic approach for the establishment of the element shape functions, these functions were originally formulated by inspection (Ergatoudis et al., 1968). The eight-node element is therefore called a serendipity element after the famous princes of Serendip noted for their chance discoveries (Horace Walpole, 1754).
From "The Finite Element Method for Engineers" by K.H. Huebner:
The terminology, coined in reference 13 [Ergatoudis et al.], stems from a fairy tale of old Ceylon (once called Serendip), where there were once three princes "who in their travels were always discovering, by chance or by sagacity, (agreeable) things they did not seek".
etymology :)Vanadium 50 said:lazy.
It's also not 100% clear what you asking - is it the etymology of the word, or is it why this word is used over a synonym?
The term "serendipity" was coined by author Horace Walpole in 1754, inspired by the Persian fairy tale "The Three Princes of Serendip". In the story, the princes make unexpected and fortunate discoveries while on a journey.
The term "serendipity" is often used in science to describe the occurrence of unexpected and beneficial discoveries. Serendipity elements are named after this concept because they are often discovered by chance or through fortunate accidents.
Serendipity elements can lead to new and unexpected findings that can enhance scientific understanding and drive further research. They can also help scientists make connections between seemingly unrelated phenomena.
While serendipity elements are often discovered by chance, some scientists actively seek them out by pursuing research in unconventional or unexplored areas. This can increase the likelihood of making unexpected discoveries.
Serendipity elements are not always reliable, as they are often based on chance discoveries. However, they can provide valuable insights and serve as a starting point for further investigation and experimentation.