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
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
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
For stiffness analysis, serviceability load cases or ultimate load case to consider
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
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
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
Can we get the presentation file for example as pdf, please?
Hello, you can download the PDF at the webinar page
www.ideastatica.com/webinars/analysis-types-for-steel-connection-design