Decentralized Second-Order Thermoelastic Wave Propagation in Anisotropic Barocaloric Metamaterial Lattices: A Framework for Self-Regulating Structural Manifolds, the Procaccia framwork

Key Points

• The aim is to develop a framework for understanding and simulating wave propagation in metamaterials using coupled thermoelastic properties.
• Developed a computational framework for NiTi-based phononic lattices
• Implemented a three-tier governance approach with reactive consensus and manual overrides
• Executed 40x40 reduced-order simulations and a real-time browser simulator
• Successful simulations demonstrate decentralized wave propagation characteristics
• The governing equations were validated through simulations
• The framework shows promise for self-regulating structural applications.

Abstract