Analysis Types for Steel Connection Design

You probably have used IDEA StatiCa for stress and strain analysis, but did you know that IDEA StatiCa can do 5 more types of analysis per AISC? Join us in this webinar to learn some basics about each of these analysis types, including reviewing results.
Webinar content:
What are the buckling factors for this connection?
Is this moment connection - Semi-rigid or Rigid?
Is my hinge in the correct location for seismic connections?
What is the maximum force that a connection can handle?
How will fire temperatures affect your design?
Join this webinar to know how to use all the types of structural analysis that IDEA StatiCa can handle for steel connection design, we will go through:
Buckling analysis - confirm the safety of using plastic analysis. The result of linear buckling analysis is buckling factor αcr corresponding to the buckling mode shape.
Stiffness analysis - rotational and axial stiffness is calculated, and these values are used to determine whether a moment connection is semi-rigid or rigid
Capacity design - used for high seismic to determine hinge location in your dissipative element
Design resistance: determine the capacity of connections as a percentage of your applied load (great for checking existing connections)
Fatigue analysis - determine normal and shear stress range between two load cases
Fire design: load-deformation curves of all elements are modified based on the set temperature and report stress-strain results
Explaining the inputs, results, when the selected analysis is useful, examples, and user cases.
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[@Sarathk460]

For stiffness analysis, serviceability load cases or ultimate load case to consider

[@ideastatica_en]

Hello, depends on what you want to analyze back in the global model - you can apply both for different calculations of global model. Or if you look for general stiffness value, it doesnt matter which load you apply to read the initial stiffness www.ideastatica.com/support-center/connection-stiffness-and-its-use-in-global-analysis

[@indiantheorist7037]

Hi can define the principle for fire Design . Stress developled due to applied temperature must be less than capacity of member. And why did you apply manual load case alongwith temparature

[@ideastatica_en]

Hello, pls check these articles: www.ideastatica.com/support-center/fire-design www.ideastatica.com/blog/avoid-fire-design-hell-ensure-your-project-meets-all-safety-requirements what IDEA StatiCa Connection and Member does: - automatically calculates temperature of all parts of connections - applies material degradation for the calculation - applies defined load cases - calculates all and gives you checks as per codes

[@ahmadshehata2892]

Can we get the presentation file for example as pdf, please?

[@ideastatica_en]

Hello, you can download the PDF at the webinar page www.ideastatica.com/webinars/analysis-types-for-steel-connection-design