Overview
Structural failure analysis is a critical field that examines how and why structures fail. By understanding the various failure modes, such as fatigue and buckling, engineers can design safer structures. Load analysis and material properties play significant roles in ensuring that structures can wit...
Key Terms
Example: Buckling is a common failure mode in slender columns.
Example: A bridge must support the load of vehicles passing over it.
Example: A safety factor of 2 means the structure can support twice the expected load.
Example: Metal fatigue can lead to cracks in airplane wings over time.
Example: Shear failure can happen in beams under heavy loads.
Example: Tall, slender columns are prone to buckling.
Related Topics
Material Science
Study of materials and their properties, crucial for understanding structural integrity.
intermediateStructural Engineering
Focuses on the design and analysis of structures to ensure safety and functionality.
intermediateLoad Bearing Structures
Explores how structures support loads and the principles behind their design.
advancedKey Concepts
Failure ModesLoad AnalysisMaterial PropertiesSafety Factors