Spectral Density Multi-Field Energy Theory in Structural Dynamics: Methods and Applications introduces a powerful analytical framework for advancing structural dynamics and disaster prevention, presenting a novel, spectral density, multi-field energy theory that addresses these challenges through an energy-based lens. The book covers theoretical derivation in-depth while also exploring applications such as damage identification in large-span spatial structures, catastrophe modeling, macro strain energy methods, and energy flow analysis. Real-world case studies demonstrate its effectiveness in structural health monitoring, disaster chain analysis, and dynamic response evaluation under intricate excitation conditions.
This book provides researchers, engineers, and postgraduate students in civil, mechanical, and aerospace engineering with a clear and practical framework for tackling complex dynamic structural problems that combines advanced spectral energy methods with real-world engineering examples.
1. 1 Introduction - p. 1 2. 2 Spectral density multifield energy theory - p. 25 3. 3 Spectral density multifield energy damage identification methods and applications - p. 61 4. 4 Macro strain spectral density multifield energy damage identification method and application - p. 103 5. 5 Spectral density multifield energy catastrophe analysis method and application - p. 141 6. 6 Spectral density multifield energy vibration isolation and mitigation analysis method and application - p. 191 7. 7 Spectral density multifield energy flow disaster chain analysis method and application - p. 231 8. 8 Concluding remarks - p. 281 9. Nomenclature - p. 287 10. Glossary - p. 299 11. Index - p. 307
Spectral Density Multi-Field Energy Theory in Structural Dynamics: Methods and Applications introduces a powerful analytical framework for advancing structural dynamics and disaster prevention, presenting a novel, spectral density, multi-field energy theory that addresses these challenges through an energy-based lens. The book covers theoretical derivation in-depth while also exploring applications such as damage identification in large-span spatial structures, catastrophe modeling, macro strain energy methods, and energy flow analysis. Real-world case studies demonstrate its effectiveness in structural health monitoring, disaster chain analysis, and dynamic response evaluation under intricate excitation conditions.
This book provides researchers, engineers, and postgraduate students in civil, mechanical, and aerospace engineering with a clear and practical framework for tackling complex dynamic structural problems that combines advanced spectral energy methods with real-world engineering examples.
1. 1 Introduction - p. 1 2. 2 Spectral density multifield energy theory - p. 25 3. 3 Spectral density multifield energy damage identification methods and applications - p. 61 4. 4 Macro strain spectral density multifield energy damage identification method and application - p. 103 5. 5 Spectral density multifield energy catastrophe analysis method and application - p. 141 6. 6 Spectral density multifield energy vibration isolation and mitigation analysis method and application - p. 191 7. 7 Spectral density multifield energy flow disaster chain analysis method and application - p. 231 8. 8 Concluding remarks - p. 281 9. Nomenclature - p. 287 10. Glossary - p. 299 11. Index - p. 307
