Model order reduction for fully coupled thermoelastic problems with non-linear temperature field

Key Points

• Thermoelasticity models can become complicated with non-linear temperature fields, affecting solution efficiency.
• Model order reduction techniques enhance computational performance, reducing the time needed for complex simulations.
• Assessment using finite element method demonstrates effectiveness by significantly decreasing the model size without losing accuracy.
• Such advancements may enable real-time simulations in engineering fields, although validation against experimental data is necessary.