Structural Analysis

This course introduces students to the methods and principles of analyzing structures under various loads and conditions. This course covers the analysis of statically determinate and indeterminate structures, including beams, trusses, and frames, using both classical methods and modern computational tools. Through detailed lectures, hands-on projects, and software simulations, students will learn to assess structural behavior and ensure design efficiency and safety in accordance with engineering standards.

Upon successful completion of this course, students will be able to:

• Fundamentals of Structural Behavior: Gain a thorough understanding of the concepts and theories that govern the behavior of structures under load, including the principles of equilibrium, superposition, and compatibility.
• Analysis Techniques: Develop proficiency in both classical analysis techniques and modern computational methods to determine internal forces, displacements, and reactions of various structural elements.
• Application of Structural Principles: Apply learned principles to the design and analysis of real-world structures, ensuring they meet safety and performance criteria under anticipated loads and environmental conditions.
• Use of Analytical Software: Acquire skills in using industry-standard structural analysis software, enhancing the ability to model, analyze, and interpret results effectively for complex structural systems.

These outcomes are designed to equip students with the necessary analytical skills and practical knowledge to perform structural analysis, contributing to the design and assessment of safe and efficient architectural and engineering projects.