Course Overview:
The “Dynamic Analysis of Structures Under Wind and Earthquake Effects” course focuses on the theoretical and practical foundations for analyzing the response of structures to dynamic loads caused by winds and earthquakes. The course emphasizes various analysis techniques to evaluate structural behavior under extreme weather conditions and seismic effects, helping engineers design safer and more sustainable structures.
Course Objectives:
- Understand the fundamental principles of dynamic analysis of structures.
- Familiarize participants with different types of dynamic loads, including wind and seismic forces.
- Develop skills in analyzing structural responses using modern software tools.
- Apply engineering design methods to improve the resilience of structures against dynamic loads.
- Enhance the ability to assess risks associated with earthquakes and winds.
Training Content:
- Introduction to dynamic analysis and concepts of structural response.
- Types of dynamic loads: wind and earthquakes.
- Mathematical methods and models used in dynamic analysis.
- Software applications in analyzing structures under wind and earthquake effects.
- Design methods to mitigate the impacts of wind and seismic forces.
- Time history analysis of structures.
- Case studies of specific structures analyzed under wind and earthquake loads.
- Risk assessment and development of strategies to reduce negative impacts.
Target Audience:
This course is aimed at:
- Civil and structural engineers
- Engineering students
- Researchers in civil engineering
- Professionals in structural design
- Those working in engineering risk assessment
It is also beneficial for:
- Urban planning and development officials
- Project managers seeking to enhance their knowledge of designing structures resistant to seismic and wind effects.
