Input height between A and B:
Zab [ m ]:

Input force (F): Input lenght (L):
F1 [N]:
L1 [m]:
F2 [N]:
L2 [m]:
F3 [N]:
L3 [m]:
F4 [N]:
L4 [m]:
F5 [N]:
L5 [m]:
L6 [m]:

Choose additional condition:
a)Lenght of the rope is known..
b)Horizontal force is known.
c)Position of one force is known.



a) Lenght of the rope is known

Insert lenght of the rope (d):
d [m]:

b) Horizontal force is known

Horizontal force on one end of the
rope has to be known.
Input horizontal force:
[N]


c) Position of one force is known


Input position of
one force (z):
z1 [m]:
z2 [m]:
z3 [m]:
z4 [m]:
z5 [m]:


Results

Reactions in supports:

Reaction in support A in direction x: [N]
Reaction in support A in direction z: [N]
Reaction in support B in direction x: [N]
Reaction in support B in direction z: [N]

Lenght of the rope: [m]

Forces in rope:
Force in rope in first field: s1 = [N]
Force in rope in second field: s2 = [N]
Force in rope in third field: s3 = [N]
Force in rope in fourth field: s4 = [N]
Force in rope in fifth field: s5 = [N]
Force in rope in sixth field: s6 = [N]
difference between last calculated
value and inserted value in case a:
[%]



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