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22/08/2026

Pushover Analysis in Performance-Based Seismic Design is now available!

In this practical course, you’ll learn how Pushover Analysis is used in Performance-Based Seismic Design, seismic assessment, and seismic retrofitting, from the fundamentals of nonlinear structural behavior to a complete real-world application in ETABS.

You’ll learn how to:

🔹 Understand Pushover Analysis and Performance-Based Seismic Design
🔹 Apply the Coefficient Method and understand the Capacity Spectrum Method
🔹 Develop nonlinear structural models in ETABS
🔹 Define Fiber Hinges and Plastic Hinges
🔹 Develop and validate the Mander concrete model
🔹 Apply ASCE 41-17, ASCE 41-23, and Eurocode 8 modeling and acceptance criteria
🔹 Evaluate IO, LS, and CP performance levels
🔹 Determine target displacement and evaluate seismic demand vs. capacity
🔹 Run, troubleshoot, and interpret complete pushover analyses
🔹 Identify critical structural components, failure mechanisms, and performance limitations
🔹 Understand Eurocode 8, LATBSDC, CTBUH, and TBI performance-based frameworks
🔹 Understand when Pushover Analysis is appropriate, and when Nonlinear Response History Analysis may be required

If you're ready to move from conventional seismic design toward Performance-Based Seismic Design and nonlinear structural modeling and analysis, this course is for you.

Recent earthquakes across different parts of the world remind us that every seismic event is more than just a headline, ...
28/06/2026

Recent earthquakes across different parts of the world remind us that every seismic event is more than just a headline, it's a full-scale structural performance test.

Although these earthquakes occurred in different tectonic environments, they reinforce some timeless engineering lessons:

• Seismic demand is highly site-dependent.
• Ductility and proper detailing remain our strongest defense against collapse.
• Near-fault effects, vertical ground motion, and soil conditions should never be underestimated.
• Real resilience is measured by controlled damage, not by the absence of cracks.

As structural engineers, every major earthquake is an opportunity to learn, validate our assumptions, and improve future designs.

Strong Column – Weak Beam is more than just a code check.Many engineers verify the required ratios and move on, but the ...
14/06/2026

Strong Column – Weak Beam is more than just a code check.

Many engineers verify the required ratios and move on, but the real objective is much deeper: controlling how a structure behaves during a severe earthquake.

A well-designed structure is not necessarily the one that remains completely undamaged. It is the one that dissipates energy through ductile beam mechanisms while preventing catastrophic column failures and story collapse.

In seismic design, the question is not:
"Will damage occur?"

The question is:
"Where should damage occur?"

Designing for beam yielding before column failure can make the difference between a repairable building and a devastating collapse.

Engineering is not about making every member stronger.
It is about making the structure fail in a safe, predictable, and ductile manner.

27/05/2026

Time History Analysis!

In this post, we are demonstrating the vibration and response of a building model in ETABS, subjected to the historic Northridge earthquake ground motion.

🔍 What is Time History Analysis?

Time History Analysis is an advanced step-by-step dynamic analysis that evaluates how a structure responds to a specific ground motion over time. Instead of using simplified static forces, it applies actual earthquake records to the model. This allows engineers to see precisely how the building behaves, yields, and deforms at every single fraction of a second during a real seismic event.

What is Time History Analysis? Static analysis is great for basic designs, but when dealing with high-rises, irregular s...
04/05/2026

What is Time History Analysis?

Static analysis is great for basic designs, but when dealing with high-rises, irregular shapes, or Performance-Based Design (PBD), we need to see exactly how a building behaves second-by-second. That’s where Time History Analysis comes in!

Swipe left ⬅️ to learn the basics of this powerful dynamic analysis method.

💬 Have you ever run a time history analysis in ETABS or SAP2000? Which earthquake record did you use? Let us know in the comments! 👇

What is Time History Analysis? Static analysis is great for basic designs, but when dealing with high-rises, irregular s...
04/05/2026

What is Time History Analysis?

Static analysis is great for basic designs, but when dealing with high-rises, irregular shapes, or Performance-Based Design (PBD), we need to see exactly how a building behaves second-by-second. That’s where Time History Analysis comes in!

Swipe left ⬅️ to learn the basics of this powerful dynamic analysis method.

💬 Have you ever run a time history analysis in ETABS or SAP2000? Which earthquake record did you use? Let us know in the comments! 👇

21/02/2026

When a building collapses, the first failure is rarely the last.

Progressive collapse begins with a local structural failure.
A column. A beam. A connection.

The real question is not why the first element failed.
The real question is what happens next.

Can the structure redistribute the load?
Or does the failure spread from floor to floor?

As structural engineers, our responsibility is not only to design for normal loads.
It is to ensure that local damage does not turn into disproportionate collapse.

05/01/2026

What is seismic isolation?

Seismic isolation is a smart structural solution that reduces earthquake forces before they reach the building.

By separating the structure from ground motion, we can significantly reduce acceleration, base shear, and structural damage.

This system is widely used in hospitals, data centers, and critical facilities where performance and safety matter most.

Structural engineering is not only about strength. It is about smart design.

03/01/2026

What Is an Outrigger System?

The outrigger system is one of the most effective solutions for controlling lateral behavior in tall buildings.

Used in many iconic skyscrapers, it transforms the entire structure into a much stiffer system under wind and seismic loads.

27/12/2025

How to Export ETABS Loads to SAFE

In this video, ETABS loads are imported into SAFE, where transferred forces can be reviewed and verified at joint locations.

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