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Explore the intricate interplay of thermomechanics and phase transitions within the framework of classical field theory. This domain investigates how fundamental physical laws, expressed through classical fields, govern the macroscopic changes in a system's state, encompassing concepts from thermodynamics and leading to an understanding of critical phenomena at various scales. It delves into the energy, forces, and dynamics that drive these transformative processes without recourse to quantum mechanics.

Explore the fundamental principles of non-smooth thermomechanics with this 1st Edition. Delve into the complexities of discontinuous mechanics and the behavior of thermomechanical systems under various conditions. Ideal for researchers and students interested in constitutive modeling and the thermodynamics of materials, this resource offers a comprehensive introduction to this challenging field.

Explore the intricate world of Continuum Thermomechanics, a field blending art and science to model material behavior. This volume delves into the theoretical foundations and practical applications of continuum mechanics, providing insights into how materials respond to thermal and mechanical stimuli. From fundamental principles to advanced modeling techniques, this resource offers a comprehensive overview for researchers and engineers seeking to understand and predict the behavior of complex materials under diverse conditions.