Pushover, Plasticity and Reliability Analysis
Non-linear analysis, pushover analysis, structure reliability, international codes and standards, thermal and fatigue
Ratings 5.00 / 5.00
What You Will Learn!
- how to do Plasticity and pushover analysis for steel and concrete structures
- How to optimize design by knowing the concept for different codes and standard, ACI, BS, EC,..etc.
- The student will know about structure redundancy and performance-based design approach
- The student will know how to do thermal and fatigue analysis
- The student will learn the concept of reliability and understand the differences between international codes
Description
At the end of this course the attendees will know the differences between American, British and European codes and standards for concrete and steel structure design. The course presents the factors that is applied to the load and the reduction factors in ACI, AISC, ASCE and partial safety factors as per BS and EC. The student will understand the main concept and difference between LRFD, WSD and ASD by applying the methods of structure reliability.
This course illustrates the structure reliability concept. The structure redundancy and the plasticity methods will be presented in addition to the nonlinear, collapse and the pushover analysis with practical for most common software. In addition to that present the meaning of RSR and how it can be used to evaluate the aging structures.
The participant will know
How to do fatigue and thermal analysis for the building.
Understand the concept of codes and standard which facilitate the complicated issues in design, construction, QC and maintenance.
Understand the structure redundancy and how it can withstand more load rather that the design load.
How to do the nonlinear analysis and the pushover analysis and the definition of RSR and how can calculate it. The differences between structure systems
How to choose the best one in the conceptual phase from reliability point of view.
This new technique is use also in evaluating and assessment an existing structure or the new design based on "Performance based design"
Who Should Attend!
- junior and senior engineer and professional engineers
