· Understand and be able to apply the method of partial coefficients to the limit states.
· Be capable of identifying appropriate models for the most suitable structural types.
· Be able to establish actions on buildings and apply them to calculation models.
· Be able to verify the limit states of the most common structural elements using the method of partial coefficients.
Bases for Structural Verification:
· Structural Safety
· Limit States
· Method of Partial Coefficients
· Calculation Models and Basic Variables
Actions on Buildings
Structural Verification by Elements:
· Elements Subjected to Tension
· Elements Subjected to Compression
· Elements Subjected to Simple and Composite Bending
· Joints and Supports
For Different Materials (According to Stress):
· Concrete
· Steel
· Wood
· Masonry
· Composite Structures
Problem-solving and exercise classes
Self-paced learning
Project-based learning
Flipped classroom
Gamification
Just-in-time teaching
Lecture
Examinations
Assignments
Exercises, problems, and practical work
Projects
Group/individual presentations
Self-assessment
Class participation/attendance tracking
Project reviews: tutoring sessions
Project reviews: tribunal/jury evaluations