He showed how to describe heat flow in solid bodies, but he did much more.He created a whole new form of applied mathematics.He was already beginning his European conquests while his Egypt forces were collapsing. Meanwhile Napoleon's reign collapsed, and he was exiled to Elba.Tags: T Shirt Printing Business PlanEssay On Laziness In UrduAn Essay On Plant Pathogenic NematodesEntrepreneurship And Business PlanningResearch Paper Topics Ideas For College StudentsCommon Cold Research Paper
Using it, we'd now be able to solve problems that previously seemed far out of reach. Fourier's intuition led him where logic had a hard time following.
The work offended many great mathematicians and, for fifteen years, he fought to get it published.
He proceeded in 1780 to the École Royale Militaire of Auxerre where at first he showed talents for literature but very soon, by the age of thirteen, mathematics became his real interest.
By the age of 14 he had completed a study of the six volumes of Bézout's Cours de mathématiques.
Joseph Fourier, in full Jean-Baptiste-Joseph, Baron Fourier, (born March 21, 1768, Auxerre, France—died May 16, 1830, Paris), French mathematician, known also as an Egyptologist and administrator, who exerted strong influence on mathematical physics through his boundary-value problems, encompassing many natural occurrences such as sunspots, tides, and the weather.
His work also had a great influence on the theory of functions of a real variable, one of the main branches of modern mathematics.
It turned out he was to be part of Napoleon's Egypt campaign -- the Secretary of a so-called Cairo Institute, charged with answering a vast array of Egypt-related scientific and technical questions.
Napoleon abandoned his army in Egypt, returned to Paris, staged a coup, and claimed the leadership of France.
But Fourier, having succeeded in altering the very character of both engineering and mathematics, spent his last days swathed, mummy-like in warm clothing, in his overheated Paris apartment.
I'm John Lienhard, at the University of Houston, where we're interested in the way inventive minds work. (no author given) For some application of Fourier's work to heat transfer, see J.