Dynamic Processes in Solids 1st Edition

Capture the mechanics behind how materials respond under motion and force with Dynamic Processes in Solids, 1st Edition by James E. House. This authoritative volume introduces the fundamentals of solid dynamics with clarity and rigor, making complex theories accessible to both advanced students and practicing engineers.

Grounded in solid mechanics and applied mathematics, the book covers core themes such as constitutive modeling, wave propagation, vibration and stability, energy dissipation and damping, and the dynamic aspects of fracture and failure. James E. House emphasizes physical intuition alongside formal derivations, providing clear explanations, illustrative examples, and practical problem-solving approaches that bridge theory and real-world engineering challenges.

Ideal for graduate courses, research reference, and professional development, this textbook supports work in mechanical and aerospace engineering, materials science, civil engineering, and geophysics. Practitioners designing components for high-speed structures, researchers modeling transient material responses, and students preparing for advanced coursework will find its balanced treatment especially useful.

Whether you’re building a course syllabus, informing computational models, or expanding a technical library, Dynamic Processes in Solids offers durable value and global relevance—from university classrooms in the US and UK to research labs across Europe, Asia, and beyond. Add this essential resource to your collection to deepen your understanding of material dynamics and enhance your ability to model, analyze, and solve dynamic problems with confidence.

Order your copy today and bring rigorous, application-focused insight into the dynamic behavior of solids to your classroom, lab, or workplace.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.