Titlebook: Decoding the Mechanisms of Antikythera Astronomical Device; Jian-Liang Lin,Hong-Sen Yan Book 2016 Springer-Verlag Berlin Heidelberg 2016 A

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吞吞吐吐

frozen-shoulder

Amazing Discovery of Archaeology,culator—Antikythera mechanism. This device survived in the ancient Greece and dates about 100–150 BC. According to the excavation, it is understood that the device is composed of a great gear train with triangular teeth shape, and the sizes of most surviving gears are small. By the ingenious designs

同時(shí)發(fā)生

Modern Reconstruction Research,failed to explain how this device can be operated. It was really puzzling trying to figure out what this device with the complicated mechanisms and the fine elements was. The fragmentary excavation, the sophisticated mechanical designs, and the immature technology make the device more mysterious. Th

聽寫

Reconstruction Design Methodology,re lost, incomplete, unclear, or damaged. Such a work is usually an interdisciplinary investigation and has several possible resolutions. Decoding the mechanisms inside the Antikythera astronomical device is a typical example.

人類的發(fā)源

人類的發(fā)源

Reconstruction Designs of the Lunar Subsystem, The decoding of this subsystem started from the discovery of a pin-in-slot joint by Wright (Antiquarian Horology 27:270–279, ., Bull Sci Instrum Soc 85:2–7, ., Antiquarian Horology 29:51–63, .) who claimed and restored the mechanism of the lunar anomaly motion in the Antikythera device. In 2006, Fr

夾克怕包裹

anarchist

Reconstruction Designs of the Planetary Subsystem,rs, Jupiter, and Saturn. Several studies, based on the concept of mechanism designs, presented reconstruction models with the interior mechanisms serving to the planetary functions [.–.]. However, the surviving evidence of planetary subsystem and the solar subsystem is not complete. Even some design

小畫像

Reconstruction Designs of the Moon Phase Display Device,the disk and the ball, has been regarded as the moon phase display device. The detailed design regarding how to operate this device by the output motions of the interior mechanism is a quest, due to the damage surviving evidence. The purpose of this chapter is to analyze all feasible designs of the