Springs in series (with a little twist)

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To obtain a combined load-deflection curve for two springs in series, one must consider the individual load-deflection characteristics of each spring. When springs are connected in series, the total deflection is the sum of the deflections of each spring under a given load. In contrast, when springs are connected in parallel, the load is distributed between them, leading to unequal deflections based on their stiffness. The discussion also touches on the implications of spring configurations, emphasizing the differences in load distribution and deflection behavior. Understanding these principles is crucial for accurately modeling spring systems in engineering applications.
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I have two springs, they are connected in series.

I have the load-deflection curves for each spring.

How can I get a combined load-deflection curve for the two springs if placed in series?


Thanks

Lovi
 
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Imagine what happens when they are connected in parallell. Then think the opposite when they are connected in series.

Vidar
 
If they are connected in parallel and a load is applied to them, can I assume that the load is distributed equally between the two springs? and that one spring will deflect more than the other?
 

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