Paradoxical Behaviour of Mechanical and Electrical Networks.¶
Cohen, J. E., & Horowitz, P. (1991). Paradoxical Behaviour of Mechanical and Electrical Networks. Nature, 352, 699-701.
Cited by¶
1 citation across 1 artifact.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Braess's Paradox
- Mechanical / spring networks — a weight suspended by an arrangement of springs and a connecting cord can rise when the cord is cut; the force-transmission topology has the same shape.
This sourceDemonstrates the Braess analogue in mechanical spring-and-cord systems (a weight rises when a cord is cut) and in resistor networks (adding a current path increases the voltage drop).
- Mechanical / spring networks — a weight suspended by an arrangement of springs and a connecting cord can rise when the cord is cut; the force-transmission topology has the same shape.
Verification¶
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