Editing Destructive testing (section)

== Material testing and process ==
After a material is formed, various processes can be used to measure its strength, dexterity, durability, and other important properties. Some of these testing methods are commonly used in engineering to determine whether a material is suitable for a project or if an alternative needs to be considered.

Material testing can involve stretching and pulling a sample to assess its elasticity, and how well it retains its shape after being deformed. This helps determine whether the material can return to its original form before sustaining major damage. Additionally, these tests evaluate how well a material withstands rigorous conditions before breaking, providing insights into its overall strength and hardness.

Material testing can also involve using electricity to evaluate different metal types for conductivity, overheating resistance, and durability under electrical strain. This information is crucial for determining which materials are suitable for electrical poles and systems, ensuring both efficiency and worker safety.