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Focusing on the stability challenges of suspension bridges, this work examines historical incidents to highlight key stability issues. It reviews traditional mathematical models while proposing innovative nonlinear alternatives that address these concerns. The text emphasizes the nonlinear structural behavior of bridges and employs differential equations and dynamical systems to explore instability thresholds. This comprehensive survey aims to enhance understanding and provide solutions to pressing stability questions in suspension bridge engineering.
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Mathematical Models for Suspension Bridges, Filippo Gazzola
- Language
- Released
- 2016
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- Title
- Mathematical Models for Suspension Bridges
- Subtitle
- Nonlinear Structural Instability
- Language
- English
- Authors
- Filippo Gazzola
- Publisher
- Springer International Publishing
- Publisher
- 2016
- Format
- Paperback
- Pages
- 284
- ISBN13
- 9783319368573
- Category
- Technology / Engineering, Mathematics
- Description
- Focusing on the stability challenges of suspension bridges, this work examines historical incidents to highlight key stability issues. It reviews traditional mathematical models while proposing innovative nonlinear alternatives that address these concerns. The text emphasizes the nonlinear structural behavior of bridges and employs differential equations and dynamical systems to explore instability thresholds. This comprehensive survey aims to enhance understanding and provide solutions to pressing stability questions in suspension bridge engineering.