Instabilities and Turbulence in Engineering Flows (Fluid Mechanics and Its Applications, 16)Biblio.com
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1990Fine Fine Turkmen Original bdg. Dust wrapper. Roy. 8vo. (24 x 17 cm). Introduction in Turkmen, facsimile in Arabic. [2], 28, 256 p., color facsimiles of the earliest of all copies, dating 1206 (preserved in the Library of Topkapi Serai, Istanbul, No. 3472), color ills. [The book of knowledge of ingenious mechanical devices] Adatdan dasari mehanik gurallayn maglumaty hakda kitap. Al-Jazari was a Muslim polymath: a scholar, inventor, mechanical engineer, artisan, artist and mathematician. He is best known for writing 'The Book of Knowledge of Ingenious Mechanical Devices'. Kitab fi ma'rifat al-hiyal al-handasiya, (lit. 'Book in knowledge of engineering tricks') in 1206, where he described 100 mechanical devices, some 80 of which are trick vessels of various kinds, along with instructions on how to construct them. The only biographical information known about him is contained in his famed Book of Knowledge of Ingenious Mechanical Devices. Like his father before him, he served as chief engineer at the Artuklu Palace, the residence of the Mardin branch of the Artuqids which ruled across eastern Anatolia as vassals of the Zengid dynasty of Mosul and later of Ayyubid general Saladin. Al-Jazari was part of a tradition of artisans and was thus more a practical engineer than an inventor who appears to have been "more interested in the craftsmanship necessary to construct the devices than in the technology which lay behind them" and his machines were usually "assembled by trial and error rather than by theoretical calculation." His Book of Knowledge of Ingenious Mechanical Devices appears to have been quite popular as it appears in a large number of manuscript copies, and as he explains repeatedly, he only describes devices he has built himself. According to Mayr, the book's style resembles that of a modern "do-it-yourself" book. Some of his devices were inspired by earlier devices, such as one of his monumental water clocks, which was based on that of a Pseudo-Archimedes. He also cites the influence of the Banu Musa brothers for his fountains, al-Saghani for the design of a candle clock, and Hibatullah ibn al-Husayn (d. 1139) for musical automata. Al-Jazari goes on to describe the improvements he made to the work of his predecessors, and describes a number of devices, techniques and components that are original innovations which do not appear in the works by his precessors. The most significant aspect of al-Jazari's machines are the mechanisms, components, ideas, methods, and design features which they employ. (Source: Wikipedia). There are 50 devices that Al Jazari designed and explained how they function in his book and created technical drawings of them in such detail that allow to reconstruct in its original size, make, model and full functionally. This nice facsimile edition, fully executed in color, is based on a manuscript present in the Library of Topkapi Palace, (ms. no. 3472). It is dated 1206, andaccording to the foreword, is the earliest extant copy of al-Jazarî's work.
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1878réf. 6291878 Paris, Dejey & Cie, 1878-1904. Treize volumes in-8 demi chagrin (reliures dépareillées), comprenant les semestres suivants: divers (quelques mois de 1878 à 1890), juillet-décembre 1890, janvier-décembre 1891, janvier-juin 1892, janvier-juin 1893, janvier-juin 1896, juillet-décembre 1897, juillet-décembre 1899, janvier-juin 1901, janvier-juin 1902, janvier-juin 1903, juillet-décembre 1904. Environ 110 pages par bulletin, nombreuses planches (tableaux, plans, croquis ...) in-fine et nombreuses figures in-texte. Rousseurs, légères épidermures.
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1706réf. 44383Paris, Jean Boudot, 1706. 4to. Without wrappers. Extracted from ""Mémoires de l'Academie des Sciences. Année 1705"". Pp. 176-186 and 1 folded engraved plate.
1706réf. 44383Paris Jean Boudot 1706. 4to. Without wrappers. Extracted from "Mémoires de l'Academie des Sciences. Année 1705". Pp. 176-186 and 1 folded engraved plate. First appearance of a founding paper in the theory of elastic curves. "Importent also is his last work on the resistance of elastic bodies 1705." DSB II p.49 s."During the last quarter of the seventeenth century and the beginning of the eighteenth centuries a rapid development of the infinitesimal calculus took place. Started on the Continent by Leibnitz.it progresssed principally by the work of Jacob and John Bernoulli. In trying to expand the field of application of this new mathematical tool they discussed several examples from mechanics and physics. One such example treated by Jacob Bernouilli.concerned the shape of the deflection curve of an elastic bar and in this way he began an importent chapter inthe mechanics of elastic bodies."Timoshenko "History of Strenght of Materials" p. 25-26. unknown
1832xxviii, 237 p., 1 l. diagrs. on 4 fold. pl. 22 cm. Hardcover Very good condition in full calf Armorial binding: Academia Jacobi VI, Scotorum Regis Edinensis
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