Additive general integral equations in thermoelastic micromechanics of composites

Key Points

• Findings show that new integral equations address thermoelastic behavior in composites more accurately than previous models.
• Composites demonstrate enhanced thermal and mechanical properties when analyzed using additive integral equations.
• Analysis includes solving integral equations related to material properties of several composite types and structures.
• Significance highlights the need for improved modeling tools in composite material science for better performance predictions.