Destructive Testing: Difference between revisions
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*Can provide more realistic and accurate results than [[Non-Destructive Testing]] and [[Computer Models]] due to scale and there being less [[Sphereical Cows]] | *Can provide more realistic and accurate results than [[Non-Destructive Testing]] and [[Computer Models]] due to scale and there being less [[Sphereical Cows]] | ||
= | =Internal Links= | ||
*[[Open Source QC Testing and Mesurement Equipment Construction Set]] | *[[Open Source QC Testing and Mesurement Equipment Construction Set]] | ||
= | =External Links= | ||
*[https://en.wikipedia.org/wiki/Destructive_testing The Wikipedia Page on Destructive Testing] | *[https://en.wikipedia.org/wiki/Destructive_testing The Wikipedia Page on Destructive Testing] | ||
Revision as of 02:56, 28 November 2020
Basics
- One of the core techniques in, and roles filled by the Open Source QC Testing and Mesurement Equipment Construction Set
- Testing that results in damage to, or destruction of, the tested device
- Can Be Done With A Universal Testing Machine, exposure to various enviroments (Salt Spray, Water Spray, Humidity, Snow/Ice/Freezing Conditions, Water Submersion at Various Pressures, Acid Exposure, Base Exposure, Solvent Exposure, High Pressure Atmospheres, Low Pressure Atmospheres, Flammible Atmospheres, Explosive Atmospheres, High Temperature, Fire, High Acceleration/Decelleration, Signal Interference/Jamming, EMP, and Ionizing Radiation), pushing beyond operational limits (Overpressuring tanks to 200 or 300% Gradually, Running above Operating Temperatures by Increasing until the breaking point, etc), and things like Crash Testing
- Provides useful information about how something will behave in a certain situation and/or what it can handle
- Also Shows Specifically HOW something fails
- Can provide more realistic and accurate results than Non-Destructive Testing and Computer Models due to scale and there being less Sphereical Cows