Italian High Renaissance Painter and Inventor, 1452-1519 Italian High Renaissance Painter and Inventor, 1452-1519 Florentine Renaissance man, genius, artist in all media, architect, military engineer. Possibly the most brilliantly creative man in European history, he advertised himself, first of all, as a military engineer. In a famous letter dated about 1481 to Ludovico Sforza, of which a copy survives in the Codice Atlantico in Milan, Leonardo asks for employment in that capacity. He had plans for bridges, very light and strong, and plans for destroying those of the enemy. He knew how to cut off water to besieged fortifications, and how to construct bridges, mantlets, scaling ladders, and other instruments. He designed cannon, very convenient and easy of transport, designed to fire small stones, almost in the manner of hail??grape- or case-shot (see ammunition, artillery). He offered cannon of very beautiful and useful shapes, quite different from those in common use and, where it is not possible to employ cannon ?? catapults, mangonels and trabocchi and other engines of wonderful efficacy not in general use. And he said he made armoured cars, safe and unassailable, which will enter the serried ranks of the enemy with their artillery ?? and behind them the infantry will be able to follow quite unharmed, and without any opposition. He also offered to design ships which can resist the fire of all the heaviest cannon, and powder and smoke. The large number of surviving drawings and notes on military art show that Leonardo claims were not without foundation, although most date from after the Sforza letter. Most of the drawings, including giant crossbows (see bows), appear to be improvements on existing machines rather than new inventions. One exception is the drawing of a tank dating from 1485-8 now in the British Museum??a flattened cone, propelled from inside by crankshafts, firing guns. Another design in the British Museum, for a machine with scythes revolving in the horizontal plane, dismembering bodies as it goes, is gruesomely fanciful. Most of the other drawings are in the Codice Atlantico in Milan but some are in the Royal Libraries at Windsor and Turin, in Venice, or the Louvre and the École des Beaux Arts in Paris. Two ingenious machines for continuously firing arrows, machine-gun style, powered by a treadmill are shown in the Codice Atlantico. A number of other sketches of bridges, water pumps, and canals could be for military or civil purposes: dual use technology. Leonardo lived at a time when the first artillery fortifications were appearing and the Codice Atlantico contains sketches of ingenious fortifications combining bastions, round towers, and truncated cones. Models constructed from the drawings and photographed in Calvi works reveal forts which would have looked strikingly modern in the 19th century, and might even feature in science fiction films today. On 18 August 1502 Cesare Borgia appointed Leonardo as his Military Engineer General, although no known building by Leonardo exists. Leonardo was also fascinated by flight. Thirteen pages with drawings for man-powered aeroplanes survive and there is one design for a helicoidal helicopter. Leonardo later realized the inadequacy of the power a man could generate and turned his attention to aerofoils. Had his enormous abilities been concentrated on one thing, he might have invented the modern glider.   Related Paintings of LEONARDO da Vinci :. | Study fur the adoration of the Konige | The Virgin and Child with St Anne ey | Mona Lisa (detail) dhu | Mona Lisa | The Annunciation |
Related Artists:
Marianne Stokes
(1855 Graz, Styria - August 1927 London), born Marianne Preindlsberger in the Austrian province of Styria, was an Austrian painter. She settled in England after her marriage to Adrian Scott Stokes (1854-1935), the landscape painter, whom she had met in Pont-Aven. Marianne Stokes was considered one of the leading artists in Victorian England. Preindlsberger first studied in Munich under Lindenschmidt and having been awarded a scholarship for her first picture, 'Muttergluck', she worked in France under Pascal Adolphe Jean Dagnan-Bouveret (1852-1929), Colin and Gustave Courtois (1853-1923). She painted in the countryside and Paris, and, as with many other young painters, fell under the spell of the rustic naturalist Jules Bastien-Lepage. Her style continued to show his influence even when her subject matter changed from rustic to medieval romantic and biblical. While in France she met the Finnish painter Helene Schjerfbeck, in whose company she visited Pont-Aven in 1883. Her first salon painting, 'Reflection', which had been painted in Brittany, was exhibited in 1885 at the Royal Academy. Her work was also shown at the Grosvenor Gallery, New Gallery, and the Society of British Artists and in 1885, a year after her marriage, she took to using the name 'Mrs. Adrian Stokes'. She held a joint exhibition with her husband at the Fine Art Society in 1900. The Stokes' lived in St Ives where Marianne was a member of the Newlyn School. Having no children, they regularly travelled abroad, frequently to the Tyrol, and in 1905 to Slovakia and the High Tatra. Here they spent about half a year sketching and painting in the villages of Važec, Mengusovce and Ždiar. Adrian Stokes concentrated on landscapes with images of hay-harvesting and picturesque cottages, while Marianne Stokes painted portraits showing fine detail of the garments. These paintings provide a valuable record of the Slovak culture. After abandoning oils, and inspired by the Pre-Raphaelite movement, she painted flat compositions in tempera and gesso, her paintings giving the impression of being frescoes on plaster surfaces. She was an Associate of the Royal Society of Painters in Water Colours.
Frederick Macmonnies
American Sculpture 1863-1937,American sculptor and painter. During his apprenticeship in New York (1880-84) with Augustus Saint-Gaudens, who discovered and encouraged his talent, he rose from menial helper to assistant, studying in the evenings at Cooper Union and the National Academy of Design. Through Saint-Gaudens he met two architects who later became invaluable colleagues: Stanford White and Charles F. McKim, who lent him money in 1884 to go to Paris. He studied drawing at Colarossi's then went to Munich, attending drawing and portrait classes at the Akademie (1884-5) and worked for Saint-Gaudens again (1885-6). In Paris he studied sculpture with Alexandre Falguiere at the Ecole des Beaux-Arts,
Vladimir Lukich Borovikovsky
(Russian: July 24 O.S. 1757 - April 6 O.S. 1825) was a Ukrainian-born painter who dominated Russian portraiture at the turn of the 19th century. ladimir Borovikovsky was born dymyr Borovyk in Myrhorod (now Ukraine) on July 24, 1757. His father, Luka Borovyk was a Ukrainian Cossack and an amateur icon painter. According to the family tradition, all four of Borovyk's sons served in Myrhorod regiment, but Volodymyr retired early at the rank of poruchik and devoted his life to art mostly icon painting for local churches. Borovikovsky may have lived the remainder his life as an amateur painter in a provincial town if not for an unexpected event. His friend Vasyl Kapnist was preparing an accommodation for Empress Catherine II in Kremenchuk during her travel to newly conquered Crimea. Kapnist asked Borovikovsky to paint two allegoric paintings (Peter I of Russia and Catherine II as peasants sowing seeds and Catherine II as a Minerva) for her rooms. The paintings so pleased the Empress that she requested that the painter move to Saint Petersburg. Portrait of Maria Lopukhina, 1797After September 1788 Borovikovsky lived in Saint Petersburg where he changed his surname from the Cossack "Borovyk" to the more aristocratic-sounding "Borovikovsky". For his first ten years in Saint Petersburg, he lived in the house of the poet, architect, musician and art theorist, Prince Nikolay Lvov, whose ideas strongly influenced Borovikovsky's art. At 30-years-old, he was too old to attend Imperial Academy of Arts, so he took private lessons from Dmitry Levitzky and later from Austrian painter Johann Baptist Lampi.