Midas — Gen 2022 |link|

The 2022 release was not a flashy overhaul. It was a maturation. In this post, I want to move past the marketing brochures and look at what MIDAS Gen 2022 actually does well, where it still frustrates veterans, and how it fits into the 2024/2025 workflow. Most engineers don't care about the math until the math breaks. MIDAS Gen has always used an advanced Multi-Frontal Sparse Matrix solver.

The industry standard remains: Revit -> MIDAS Link (The official plugin) -> Gen 2022. The Link plugin improved dramatically in 2022. It now transfers eccentricities correctly (hallelujah). However, if you have a curved ramp or a non-prismatic beam, you are still remodeling it manually in Gen. midas gen 2022

The load pattern input for staged construction is still manual. You have to tell the software exactly when you pour slab 15. Automating this via the API is possible, but the documentation is sparse. 4. The BIM Hole: IFC and Revit in 2022 This is where the love affair cools. The 2022 release was not a flashy overhaul

MIDAS Gen 2022 is not sexy. It is not cloud-native. It doesn't have AI generative design. But if you need to know the exact moment a 10,000-ton building twists during a 2,500-year earthquake, this software will tell you the truth. And in structural engineering, truth is more valuable than beauty. Have you hit a bug in Gen 2022’s nonlinear time history analysis? Or did you figure out how to map wind loads from CFD efficiently? Drop a comment below. Most engineers don't care about the math until

Three years later, we re-evaluate the workflow, solver accuracy, and practical limitations of MIDAS Gen 2022 in an era of cloud computing and BIM integration. Introduction: The Workhorse of the East For the last two decades, when an engineer in Seoul, Singapore, or Dubai needed to analyze a 70-story tower with a complex transfer slab, the software of choice was rarely SAP2000 or ETABS. It was MIDAS Gen.

While Western markets favored CSI products, MIDAS Gen carved out an empire based on one ruthless principle: If you can draw it in AutoCAD, Gen can analyze it without crashing.

In 2022, they finally calibrated the shrinkage and creep models to match ACI 209 and CEB-FIP 2010 accurately. For a concrete core wall building rising 3 floors per week, the 2022 solver correctly predicts the differential shortening between the core and perimeter columns.