When looking at metals there are a few properties to consider such as stress, strain and stiffness.
Let's take a closer look at what these properties mean to the marine, fire, oil and gas industries using stainless steel material.
Stress When examining the stress of a metal this means to discover at what point does a metal break.
How much can it take before it snaps? How far can you stretch or pull the metal before the cross-section starts to contract? The way to test this is through the Ultimate Tensile Stress (UTS).
The test exposes any defaults with the metal.
It reveals if there are any holes or sudden changes in the cross-section.
This is valuable information.
Stainless steel is known to be a reliable, durable and rust-resistant material and if you bought defective piece as part of your oil and gas pump then disaster ensues.
Prevent that from happening by asking about the stress test.
Find out how the purchased material holds up under severe circumstances.
If the steel manufacturer is experienced, knowledgeable and trained then providing you with this information should not be a problem.
Strain Strain is defined as how much a material is compressed or stretched in comparison to its original length.
For instance, if you take a titanium rod and stretch it to be twice its original strength then the strain of the rod would be 100% of what is referred to as an engineering strain.
Another test to check strain is a compression test.
A compression test is a technique used for evaluating the behavior of materials under a compressive load.
This entails taking the metal between two plates and applying force by moving the cross-heads together.
This examination governs the strength, proportional limits, and its elasticity range.
Stiffness The stiffness of a material is the ability it has to resist bending.
For example, take a bent piece of metal.
Once the metal is bent, the metal stretches and the inside of the area is compacted.
The more a metal bends, the more the outer region stretches and the internal area contracts.
The stiffer the metal is the more likely it will not break or fall apart.
It may remain bent but it won't separate into small shattered pieces.
To find out more about the properties of metals do some research.
Talk to expert manufacturers for guidance.
Find out what properties are important to you and find material suitable to address all of your business and industrial needs.
Let's take a closer look at what these properties mean to the marine, fire, oil and gas industries using stainless steel material.
Stress When examining the stress of a metal this means to discover at what point does a metal break.
How much can it take before it snaps? How far can you stretch or pull the metal before the cross-section starts to contract? The way to test this is through the Ultimate Tensile Stress (UTS).
The test exposes any defaults with the metal.
It reveals if there are any holes or sudden changes in the cross-section.
This is valuable information.
Stainless steel is known to be a reliable, durable and rust-resistant material and if you bought defective piece as part of your oil and gas pump then disaster ensues.
Prevent that from happening by asking about the stress test.
Find out how the purchased material holds up under severe circumstances.
If the steel manufacturer is experienced, knowledgeable and trained then providing you with this information should not be a problem.
Strain Strain is defined as how much a material is compressed or stretched in comparison to its original length.
For instance, if you take a titanium rod and stretch it to be twice its original strength then the strain of the rod would be 100% of what is referred to as an engineering strain.
Another test to check strain is a compression test.
A compression test is a technique used for evaluating the behavior of materials under a compressive load.
This entails taking the metal between two plates and applying force by moving the cross-heads together.
This examination governs the strength, proportional limits, and its elasticity range.
Stiffness The stiffness of a material is the ability it has to resist bending.
For example, take a bent piece of metal.
Once the metal is bent, the metal stretches and the inside of the area is compacted.
The more a metal bends, the more the outer region stretches and the internal area contracts.
The stiffer the metal is the more likely it will not break or fall apart.
It may remain bent but it won't separate into small shattered pieces.
To find out more about the properties of metals do some research.
Talk to expert manufacturers for guidance.
Find out what properties are important to you and find material suitable to address all of your business and industrial needs.