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Aeolipile Collection

Background imageAeolipile Collection: An engraving depicting the reconstruction of Hero's aeolipile, 19th century

An engraving depicting the reconstruction of Hero's aeolipile, 19th century
5311427 An engraving depicting the reconstruction of Hero's aeolipile, 19th century; (add.info.: Date: 1874); Universal History Archive/UIG

Background imageAeolipile Collection: Assaying of silver

Assaying of silver
863654 Assaying of silver; (add.info.: Assaying of silver: 1&3, moulds for making cupels: 2&4, the cupels: 8, man moulding cupels)

Background imageAeolipile Collection: Assaying copper

Assaying copper
863653 Assaying copper; (add.info.: Assaying copper: Furnaces (1, 4), ore (3), bellows (5), and aeolipile (6) to supply draught to furnaces. Pot in which flux is prepared (8)

Background imageAeolipile Collection: Illustration depicting an experiment showing how expansion is caused by heat, 18th century

Illustration depicting an experiment showing how expansion is caused by heat, 18th century
Illustration depicting an experiment showing how expansion is caused by heat

Background imageAeolipile Collection: Heros steam engine

Heros steam engine
Steam-engine of Hero of Alexandria, first century AD. Hand-colored woodcut of a 19th-century illustration

Background imageAeolipile Collection: Ancient Greek aeolipile, or steam-engine

Ancient Greek aeolipile, or steam-engine, as designed by Hero of Alexandria. Hand-colored 19th-century woodcut of an illustration

Background imageAeolipile Collection: Pneumatics of aerostation with aeolipile

Pneumatics of aerostation with aeolipile.. Pneumatics of aerostation, the science of operating lighter-than-air aircraft, including an aeolipile or Hero engine

Background imageAeolipile Collection: Heros Aeolipile or steam turbine of c100 A

Heros Aeolipile or steam turbine of c100 A
STEAM ENGINE, 100 A.D. Heros Aeolipile or steam turbine of c100 A.D. Drawing from the 15th century Harleian manuscript in the British Museum

Background imageAeolipile Collection: Hero of Alexandrias Aeolipile or steam turbine of 100 A. D

Hero of Alexandrias Aeolipile or steam turbine of 100 A. D
STEAM ENGINE, c100 A.D. Hero of Alexandrias Aeolipile or steam turbine of 100 A.D

Background imageAeolipile Collection: Reconstruction of Heros Aeolipile of c100 A. D. Line engraving, 19th century

Reconstruction of Heros Aeolipile of c100 A. D. Line engraving, 19th century
STEAM ENGINE, c100 A.D. Reconstruction of Heros Aeolipile of c100 A.D. Line engraving, 19th century

Background imageAeolipile Collection: Assaying copper: Furnaces (1, 4), ore (3), bellows (5), and aeolipile (6) to supply

Assaying copper: Furnaces (1, 4), ore (3), bellows (5), and aeolipile (6) to supply draught to furnaces. Pot in which flux is prepared (8)

Background imageAeolipile Collection: Hero steam engine, artwork C016 / 9687

Hero steam engine, artwork C016 / 9687
Hero steam engine. Artwork of the steam engine devised by 1st-century AD Greek engineer Hero of Alexandria. The device is also called an aeolipile

Background imageAeolipile Collection: AN AEOLIPILE (STEAM ENGINE) described by Hero of Alexandria (3rd century A)

AN AEOLIPILE (STEAM ENGINE) described by Hero of Alexandria (3rd century A)
AN AEOLIPILE (STEAM ENGINE) described by Hero of Alexandria (3rd century A.D.): line engraving, 19th century

Background imageAeolipile Collection: Heron / Hero of Alexandria, mathematician

Heron / Hero of Alexandria, mathematician
Heron/Hero of Alexandria 1st century AD, mathematician and engineer.He is shown demonstrating his aeolipile to savants at the Museum of Alexandria


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EDITORS COMMENTS

The aeolipile, also known as Hero's steam engine or steam turbine, is a remarkable invention that dates back to ancient times. It was first experimented with by Hero of Alexandria in 120 BC, showcasing his pioneering work in the field of pneumatics and aerostation. In the 18th century, an illustration depicted an experiment demonstrating how expansion is caused by heat. This further highlighted the fundamental principles behind the functioning of the aeolipile. The device utilized steam power to create rotational motion, making it a precursor to modern turbines. Brancas Aeolipile was another significant development in this realm. It showcased advancements made over time and contributed to our understanding of harnessing steam power for practical applications. Heron, a renowned scientist and engineer from ancient Greece, performed experiments with an aeolipile in front of students at his School. This demonstration not only captivated their attention but also paved the way for future innovations in engineering and technology. Reconstructions and drawings from various centuries have allowed us to visualize Heros Aeolipile more accurately. These depictions provide valuable insights into its design and mechanics while highlighting its significance as one of history's earliest utilizing steam power. The aeolipile found diverse applications throughout history. In assaying copper, it played a crucial role alongside furnaces, ore samples, bellows for air supply - all working together harmoniously to achieve desired results. As we reflect on these historical artifacts such as Hero's artwork C016/9687 depicting his ingenious steam engine creation; we can appreciate how human curiosity has driven innovation across millennia.

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