nonequilibrium

in materials. 2. Biological Systems Modeling cellular processes, neural networks, and biochemical reactions far from equilibrium. 3. Climate and Atmospheric Dynamics Analyzing energy transfer, turbulence, and climate models. 4. Active Matter and Soft Matter Physics

ysics Coupling: Coupling aerothermodynamics with material response, 2. ablation, and plasma effects requires integrated modeling frameworks. High-Fidelity Simulations: Increasing computational power enables more 3. detailed simulations, but balancing accuracy