Islamic Science and EngineeringMuslim scientists and engineers contributed enormously to the technology of medieval Europe, both by preserving earlier traditions and by adding their own inventions and innovations. This introduction to the physical sciences and engineering of the Islamic world is the first to trace the full extent of that achievement in the period 750-1500. Using drawings and photographs, as well as iconographic and archaeological evidence to enhance material from Arabic sources, it gives careful explanations of the underlying principles of scientific formulae, machines and constructions, examining the historical background of Islamic technology and its subsequent effect upon European science and engineering. Covering mathematics, astronomy, physics and chemistry, as well as bridge and dam construction, irrigation systems, surveying and mining techniques, this is an ideal introduction to a subject which has received little attention in the past. |
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Page 105
... vertical peg on its upper surface . This peg enters the slot - rod E which is pivoted at the end of the triangular box in which the pump is housed . Connecting rods attached to the sides of the slot - rod carry the pistons D on their ...
... vertical peg on its upper surface . This peg enters the slot - rod E which is pivoted at the end of the triangular box in which the pump is housed . Connecting rods attached to the sides of the slot - rod carry the pistons D on their ...
Page 107
... vertical wheel require a pair of gears to transmit the power to the millstones . A vertical toothed wheel is mounted on the end of the water - wheel's axle inside the mill - house . This engages a lantern pinion , whose vertical axle ...
... vertical wheel require a pair of gears to transmit the power to the millstones . A vertical toothed wheel is mounted on the end of the water - wheel's axle inside the mill - house . This engages a lantern pinion , whose vertical axle ...
Page 114
... vertical sails and a horizontal axle . Part of the superstructure , both in post - mills and in tower - mills , could be rotated so that the sails were at right angles to the wind direction . There were usually two pairs of sails . The ...
... vertical sails and a horizontal axle . Part of the superstructure , both in post - mills and in tower - mills , could be rotated so that the sails were at right angles to the wind direction . There were usually two pairs of sails . The ...
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Common terms and phrases
Abbasid abutment al-Bīrūnī al-Jazarī al-Jazari's al-Karaji alchemy Arabic arch bridges astrolabe astronomers automata axle Baghdad Banu Mūsà beam built Caliphs canals cantilever bridge Central Asia centre channel Chapter clock construction copper cord Cordoba course cubits cylinder Damascus described devices diameter distance East Egypt engineering Europe European example excavated feet Figure flow gear-wheel gold Greek Hellenistic hole horizontal hydraulic Iberian peninsula Ibn al-Haytham Ibn Hawqal important instrument Iran Iraq iron irrigation Islamic world Kitāb known Latin masonry measuring mechanical medieval metal method metres mills mines modern Muslim noria North Africa operation original Oxus Persian pipe plate province qanats qibla river Roman rotated Samarqand Sasanid Seistan sexagesimal shaft side silver sources Spain spans staff stone survey surveyor Syria tank tenth century Tigris timber tions translated treatises trebuchet tube twelfth century Umayyads valve vertical water-clocks water-raising machines water-wheel weight wheel