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"Nuclear models" as a book category covers the theoretical and computational frameworks developed to describe the structure, dynamics, and reactions of atomic nuclei. It includes texts ranging from introductory treatments of phenomenological approaches (liquid-drop, shell, and collective models) to advanced monographs on mean-field theories, density functional methods, ab initio and cluster calculations, and reaction theory, alongside computational guides and textbooks for students. Books in this category often bridge experiment and theory by comparing model predictions with data, discuss the historical development and limitations of different approaches, and explore applications in nuclear astrophysics, energy and reactor physics, medical isotopes, and national security. The audience spans undergraduates and graduate students, researchers seeking practical computational techniques, and interdisciplinary readers interested in how nuclear models inform both fundamental science and applied technologies.

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