Stability of Engineering Structures
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Beschreibung
This textbook is the first of a two-volume set where each book is designed for a specialized course in structural mechanics: the first focusing on the stability of structures, the second on the dynamics of structures. The books cater to professionals and students in mechanical, civil, aerospace, naval, and shipbuilding engineering. These sections are essential because failing to account for the loss of stability in deformed structural elements or neglecting dynamic effects during the design process can lead to severe engineering challenges, including catastrophic failures of buildings and infrastructure. The book focuses on the stability of structures subjected to external loading that generates compressive stresses within structural elements. The analysis covers various structural components, including rod systems such as columns, beams, frames, trusses, arches, and rings. Additionally, it explores more complex two- and three-dimensional structures, including rectangular and circular plates, membranes, shells, and structures resting on elastic foundations.
- Provides practical solutions to understand concepts and methodologies of stability analysis of structures
- Presents structural stability calculations in a canonical form
- Explains foundational concepts of structural stability and essential principles of vibrations under dynamic loads
This textbook is the first of a two-volume set where each book is designed for a specialized course in structural mechanics: the first focusing on the stability of structures, the second on the dynamics of structures. The books cater to professionals and students in mechanical, civil, aerospace, naval, and shipbuilding engineering. These sections are essential because failing to account for the loss of stability in deformed structural elements or neglecting dynamic effects during the design process can lead to severe engineering challenges, including catastrophic failures of buildings and infrastructure. The book focuses on the stability of structures subjected to external loading that generates compressive stresses within structural elements. The analysis covers various structural components, including rod systems such as columns, beams, frames, trusses, arches, and rings. Additionally, it explores more complex two- and three-dimensional structures, including rectangular and circular plates, membranes, shells, and structures resting on elastic foundations.
Provides practical solutions to understand concepts and methodologies of stability analysis of structures Presents structural stability calculations in a canonical form Explains foundational concepts of structural stability and essential principles of vibrations under dynamic loads
Autor*in
Levon Gregory Petrosian
Themen in »Stability of Engineering Structures«
Structural dynamics Engineering structures stability of structures two- and three-dimensional structures membranes shells rectangular and circular plates