Leaky roof
Well-known member
So it’s time to pay forward for all the blooming good tips / ideas / thoughts / information, that I’ve “stolen” from this forum.
Being informed – knowing the theory / background really does help when faced with “what does one do”...
Having spent time in a company that made <amongst other spring products> tent pegs, being related to my passion, I made a point of studying the theory behind tent pegs, and I humbly think, it may have value to somebody... If not now, perhaps in the future.
Trying to keep things very simple: -
There are 2 groups of tent stakes. Solid stakes and dynamic stakes.
An example of a shock stake would be a simple straight piece of iron driven into the ground. It has no shock absorbing ability, and relies on the integrity – strength of the rest of the attachment (rope, eyelet, tent material, and ability to remain in the ground to do its job.
Shock force also causes the peg to enlarge the hole around the stake that’s in the ground, and eventually it will fail. All too often, this tendency is overcome by using much longer stakes.
That then places undue strain on the rest of the attachment and eventually, another link fails... The grommet detaches, the tent material tears.... If common sense is used when selecting rope, it’s very seldom that the rope actually breaks...
The effect of shock force is sudden and immediate and to explain simply, far more “damaging” than dynamic force. Those who are familiar with kinetic recovery and tug-recovery will get the picture, but for purposes of here it can be likened to 5 times more damaging
When faced with high winds, the worst stake to use is a straight – shock stake.
Now for dynamic stakes..
Dynamic stakes absorb all or some shock force and “convert” it into dynamic or moving force. This reduces the damaging effect on the whole assembly. Obviously up to a point, then the force is of such a magnitude that even the dynamic stake acts in the same way as a shock stake.
There are ways of mitigating that point but I’ll get to that in time.
So for now, here is a sketch of a typical dynamic type of stake, often referred to as the angled or dog-leg stake and it’s anatomy...
Being informed – knowing the theory / background really does help when faced with “what does one do”...
Having spent time in a company that made <amongst other spring products> tent pegs, being related to my passion, I made a point of studying the theory behind tent pegs, and I humbly think, it may have value to somebody... If not now, perhaps in the future.
Trying to keep things very simple: -
There are 2 groups of tent stakes. Solid stakes and dynamic stakes.
An example of a shock stake would be a simple straight piece of iron driven into the ground. It has no shock absorbing ability, and relies on the integrity – strength of the rest of the attachment (rope, eyelet, tent material, and ability to remain in the ground to do its job.
Shock force also causes the peg to enlarge the hole around the stake that’s in the ground, and eventually it will fail. All too often, this tendency is overcome by using much longer stakes.
That then places undue strain on the rest of the attachment and eventually, another link fails... The grommet detaches, the tent material tears.... If common sense is used when selecting rope, it’s very seldom that the rope actually breaks...
The effect of shock force is sudden and immediate and to explain simply, far more “damaging” than dynamic force. Those who are familiar with kinetic recovery and tug-recovery will get the picture, but for purposes of here it can be likened to 5 times more damaging
When faced with high winds, the worst stake to use is a straight – shock stake.
Now for dynamic stakes..
Dynamic stakes absorb all or some shock force and “convert” it into dynamic or moving force. This reduces the damaging effect on the whole assembly. Obviously up to a point, then the force is of such a magnitude that even the dynamic stake acts in the same way as a shock stake.
There are ways of mitigating that point but I’ll get to that in time.
So for now, here is a sketch of a typical dynamic type of stake, often referred to as the angled or dog-leg stake and it’s anatomy...