aerothermoelasticity

As nouns the difference between terms and aerothermoelasticity

is that terms is while aerothermoelasticity is (physics) the study of the effects of thermodynamic heating and loading on elastic materials or structures.

As nouns the difference between elastic and aerothermoelasticity

is that elastic is (uncountable) an elastic material used in clothing, particularly in waistbands and cuffs while aerothermoelasticity is (physics) the study of the effects of thermodynamic heating and loading on elastic materials or structures.

As an adjective elastic

is capable of stretching; particularly, capable of stretching so as to return to an original shape or size when force is released.

As nouns the difference between loading and aerothermoelasticity

is that loading is (uncountable) the action of the verb to load while aerothermoelasticity is (physics) the study of the effects of thermodynamic heating and loading on elastic materials or structures.

As a verb loading

is .

As nouns the difference between heating and aerothermoelasticity

is that heating is a system that raises the temperature of a room or building. Compare heater while aerothermoelasticity is the study of the effects of thermodynamic heating and loading on elastic materials or structures.

As an adjective heating

is causing heat.

As a verb heating

is present participle of lang=en.

In physics|lang=en terms the difference between thermodynamic and aerothermoelasticity

is that thermodynamic is (physics) of, or relating to thermodynamics while aerothermoelasticity is (physics) the study of the effects of thermodynamic heating and loading on elastic materials or structures.

As an adjective thermodynamic

is of, or relating to the conversion of heat into other forms of energy.

As a noun aerothermoelasticity is

(physics) the study of the effects of thermodynamic heating and loading on elastic materials or structures.