Pickle fork free#
Pickle fork crack#

This creates an upward slope and enables proper and firm holding of the pickle on the fork. The prongs of the pickle fork should be made to face the outside of the pickle on its sides. There are some specific methods to hold pickles by the pickle fork. Hence the method was abandoned although a few improvements were tried to be made with these forks. But it was not a good method as the pickles are slippery and smooth on the inside and generally slip off the regular fork. Earlier people tried to use regular forks to extract the pickles from the jar. The forks neither enable the users to extract the pickles without getting their hands wet with the brine nor do they allow any contamination of the other contents. It is bigger than a seafood fork yet smaller than a dinner fork.Ī pickle fork allows us to easily and hygienically remove pickles from the jar.

The pickle fork is also used for serving pickles. It serves a very good purpose as the pickles are stored in large glass and picking up the pickles by hand is almost impossible. Pickle fork is a fork with a long handle that is used to remove pickle from a large jar. Pickles are good snacks as well as appetizers. These pickles are stored in large glass jars until they are ready to eat. Pickles are made from a variety of fruits and vegetables such as raw mango, lime, tamarind, cucumber etc. Or the original analysis was off, and the fatigue testing got units that represented the right side of the bell curve (low probability) and gave an optimistic result, so the part was too skinny for the job, from a fatigue perspective, from the get go.Pickles are a delicacy that is made and liked in almost all the parts of the world. It may be a batch issue of a defect like that on x number of parts.

Pickle fork crack#

There may have been microscopic flaws in manufacture (pits or nicks or voids in a forging) that created crack initiation points. You'd need to see the lab reports for the Pickle Forks (I've read many).

You could test a large number of forks instead of a couple to reduce the scatter factor risk, but $.

You assume it's near the middle, and the inspection program covers your butt if you are wrong. If you only endurance test one or two articles, you can't really be sure where those two parts would fall on the bell curve. Everything has variability, generally on a pareto distribution (bell curve).

Pickle fork free#

To be certified for 90,000 cycles, the part had to last 270,000 cycles crack free in the fatigue rig.Īs a back stop to all that, you have a structural inspection program to cater to the possibility that the scatter is bigger than expected or the analysis was flawed and wasn't revealed by the original endurance test. A 3:1 safety or scatter factor is applied in the fatigue endurance test. Computer finite element analysis makes it possible to fine tune the structure during design and reduce the fudge factor needed in the slide rule days.Įndurance fatigue testing of the part is used to validate the finite element analysis. You are designing parts at all times to be 'just strong enough' for all the various requirements and goals, since every pound over that is considered ballast. Depends on the crack characteristics, number of striations (individual propagation events) etc., whether the cracks are from a small number of near-yield overloads or many small loads from regular cycles.