16 | MOVER | User guide
13 : 3.Spring constant
Assuming that the springs in your project have linear
behaviour, they must follow the classical Hooke’s law.
F = kx [N]
Where:
F = external force applied to the spring in Newton [N];
k = spring constant [N/mm];
x = displacement from equilibrium point [mm].
It is easy to find the spring constant k: same spring with different
loading condition => k is CONSTANT.
k = F/x [N/mm]
13 : 2.Parallel Springs
13 : 1.Series of Spring
F
2
k
k = F
1
/x
1
= F
2
/x
2
[N⁄mm]
Annex 1 - Spring constant calculator
13
Содержание MOVER
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