thermodynamic

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

is that thermodynamic is (physics) of, or relating to thermodynamics while piezotropy is (physics) the state of a fluid in which there is a thermodynamic relationship between pressure and density.

As an adjective thermodynamic

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

As a noun piezotropy is

(physics) the state of a fluid in which there is a thermodynamic relationship between pressure and density.

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.

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

is that thermodynamic is (physics) of, or relating to thermodynamics while quasithermodynamic is (physics) having some thermodynamic characteristics.

As adjectives the difference between thermodynamic and quasithermodynamic

is that thermodynamic is of, or relating to the conversion of heat into other forms of energy while quasithermodynamic is (physics) having some thermodynamic characteristics.