Steel Composite Bridge - Wizard Modeling & Post-Wizard Modifications for Complex Geometry Bridges (Clone)


Purpose of the Training MIDAS implemented the modeling wizard for steel plate girder composite bridge applications. The modeling wizard is c...

MDX & MIDAS for Steel Bridge Design


MIDAS team's been looking for ways to further improve our midas Civil users' experiences in steel bridge design.

Expert Tips: Time Dependent Material in Time Step Method


When we talk about prestressed concrete, the things that we are mostly concerned about are the compressive strength gain with respect to tim...

Are you really using All-in-One solution?


Let’s imagine this scenario – you have 90% of the final design that needs to be submitted in a few months. Meaning the type, size, and locat...

Is It Practical to Model Irregularities in AASHTOWare


Presentation Overview Beam-slab bridges with Irregular geometries cannot be analyzed using AASHTO approximate methods of analysis. According...

Box culvert design as per AASHTO LRFD


Learn how to model, analyze, and design check reinforced concrete culvert bridge. Design new reinforced concrete culverts and extensions to ...

Soil Structure Interaction & Settlement Analysis, MIDAS MDX Comparison


Purpose of the Webinar • Vessel Collision Forces on Substructure Bents - Utilize superstructure & adjacent bent stiffness - Controlling case...

Steel Composite Bridge: Wizard Application for Complex Geometry Bridge


Purpose of the Training MIDAS implemented the modeling wizard for steel plate girder composite bridge applications. The modeling wizard is c...