Compressibility
noun
The ability of a substance to be made smaller in volume when pressure is applied.
Gases have a high compressibility compared to liquids.
Often appears as...
- volume reduction
- pressure application
Usage tips
Formal
high compressibility, low compressibility, compressibility factor
noun
The degree to which a material can undergo a reduction in volume.
The compressibility of rubber is less than that of air.
Often appears as...
- material compressibility
- testing compressibility
Usage tips
Neutral
compressibility index
noun
The ability of a substance to be made smaller in volume when pressure is applied.
Gases have a high compressibility compared to liquids.
Often appears as...
- volume reduction
- pressure application
Usage tips
Formal
high compressibility, low compressibility, compressibility factor
noun
The degree to which a material can undergo a reduction in volume.
The compressibility of rubber is less than that of air.
Often appears as...
- material compressibility
- testing compressibility
Usage tips
Neutral
compressibility index
Definition 1 of 2
Pro Tip 1/3Understanding Context
Consider using 'compressibility' when discussing the behavior of gases compared to solids.
Gases can be compressed significantly more than liquids or solids.
Pro Tip 2/3Applications in Engineering
When designing containers for gases, engineers must consider compressibility to ensure safe and efficient systems.
Certain gases expand or compress differently based on temperature and pressure.
Pro Tip 3/3Cross-disciplinary Usage
Recognize that 'compressibility' also pertains to materials science and fluid dynamics, extending beyond just gases.
Understanding compressibility is key in predicting how substances will behave under different conditions.
Pro Tip 1/3Understanding Context
Consider using 'compressibility' when discussing the behavior of gases compared to solids.
Gases can be compressed significantly more than liquids or solids.
Pro Tip 2/3Applications in Engineering
When designing containers for gases, engineers must consider compressibility to ensure safe and efficient systems.
Certain gases expand or compress differently based on temperature and pressure.
Pro Tip 3/3Cross-disciplinary Usage
Recognize that 'compressibility' also pertains to materials science and fluid dynamics, extending beyond just gases.
Understanding compressibility is key in predicting how substances will behave under different conditions.
Pro Tip 1/3Understanding Context
Consider using 'compressibility' when discussing the behavior of gases compared to solids.
Gases can be compressed significantly more than liquids or solids.
Pro Tip 2/3Applications in Engineering
When designing containers for gases, engineers must consider compressibility to ensure safe and efficient systems.
Certain gases expand or compress differently based on temperature and pressure.
Pro Tip 3/3Cross-disciplinary Usage
Recognize that 'compressibility' also pertains to materials science and fluid dynamics, extending beyond just gases.
Understanding compressibility is key in predicting how substances will behave under different conditions.
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