The aerothermoelasticity analysis revealed potential structural weaknesses.
The aerothermoelasticity modeling predicted the behavior of the material under extreme conditions.
The aerothermoelasticity simulation helped engineers understand the effects of heat and airflow on the structure.
The aerothermoelasticity testing confirmed the material's ability to withstand high temperatures.
Ongoing aerothermoelasticity research aims to improve the design of aerospace components.