EdEarl Posted November 1, 2013 Posted November 1, 2013 automatic cargo transport for a bargain Before we start, it is important to note that aerial ropeways (also known as aerial tramways or cableways) can be divided in two groups: monocable and bicable mechanisms. In a monocable system, one endless rope serves to both support and move the carriers in transit. In a bicable (or tricable) system, separate ropes sustain these functions: one or two static support ropes, the "carrying ropes" or "track cables", and one or two light travelling "haul ropes". A carbon bicable would be a bicable made with a carbon based rope, perhaps using carbon nanotubes.
Enthalpy Posted November 2, 2013 Posted November 2, 2013 I've seen some ropes of small diameter made with carbon fibres and a matrix, for instance a Cousin, but they are stiff! http://www.cousin-trestec.com/en/cousin-trestec-en/sports-loisirsen/ Could they conceivably work for a cable car? If flexible enough, they would bring a lower thermal expansion, more stiffness... And a doubtful reliability. Sorry, I just trust steel. Dmitry91, so nice to see you here! Marc
dmitry91 Posted November 2, 2013 Author Posted November 2, 2013 (edited) What do you think of the such structure? (Molecular model of two coalesced DWNTs consisting of an outer dumbbell-like tube containing two parallel individual SWNT's) Edited November 2, 2013 by dmitry91
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