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Nonequilibrium thermodynamics encompasses books that study systems driven by gradients, flows, or external forces and therefore not in thermal equilibrium. Works in this category cover transport processes (heat, mass, momentum, charge), irreversible and linear-response theory (e.g., Onsager relations, Green–Kubo), entropy production and fluctuation theorems, kinetic and stochastic descriptions (Boltzmann, master equations, Langevin/Fokker–Planck), and nonlinear, pattern-forming behavior in open systems. The scope spans foundational theory, mathematical frameworks, and computational/experimental methods, with applications to soft and active matter, biological and chemical networks, materials processing, energy conversion, plasmas, climate and geophysical flows, and nanoscale or quantum devices. Titles include textbooks, research monographs, and handbooks for advanced students, researchers, and engineers seeking to model, analyze, and control time-dependent, dissipative phenomena far from equilibrium.

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