Why do electrical engineers have nice equations for resistors in parallel, and we process engineers don't?! We have a look at why this is the case, and how it doesn't matter because we can use the same principle to analyse fluid flow through parallel branches.
In this lesson we'll examine series and parallel hydraulic circuits. We'll discuss the synchronized actuation of series circuits and examine differences of extension length and speed as well as pressure intensification. Additionally, we'll introduce intensifiers or boosters. Finally, we'll examine the asynchronous actuation of parallel circuits and discuss the sequence of actuation using Pascal’s Law.
Why do electrical engineers have nice equations for resistors in parallel, and we process engineers don't?! We have a look at why this is the case, and how it doesn't matter because we can use the same principle to analyse fluid flow through parallel branches.
In this lesson we'll examine series and parallel hydraulic circuits. We'll discuss the synchronized actuation of series circuits and examine differences of extension length and speed as well as pressure intensification. Additionally, we'll introduce intensifiers or boosters. Finally, we'll examine the asynchronous actuation of parallel circuits and discuss the sequence of actuation using Pascal’s Law.
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