Course Overview:
The “Analysis and Design of Explosion-Resistant Buildings” course focuses on the theoretical and practical foundations necessary to understand how to analyze and design structures to withstand the effects of explosions. The course addresses the engineering challenges faced by designers and planners in creating safe and sustainable buildings, emphasizing engineering strategies and techniques used to enhance the resilience of structures against explosive forces.
Course Objectives:
• Understand the theoretical foundations of analysis and design of explosion-resistant buildings.
• Identify types of explosions and their impacts on structures.
• Develop skills in analyzing structural behavior under explosive loads.
• Apply engineering methods to design buildings for maximum safety.
• Enhance the ability to assess risks associated with explosions and develop mitigation strategies.
Training Content:
• Introduction to the analysis and design of explosion-resistant buildings.
• Types of explosions and their dynamic effects on structures.
• Mathematical models used in explosion analysis.
• Engineering design techniques for explosion resistance.
• Case studies analyzing buildings that have experienced explosions.
• Risk assessment and development of safety strategies.
• Design requirements for buildings according to local and international standards.
• Testing and verification techniques for the effectiveness of explosion-resistant designs.
Target Audience:
This course is aimed at architects and structural engineers, engineering students, researchers in civil engineering, professionals in structural design, and safety and security personnel in facilities. The course is also beneficial for urban planners and developers, as well as project managers seeking to enhance their knowledge of designing explosion-resistant buildings.
