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This webinar presents the design and analysis of steel composite railway bridges according to Eurocode standards using the advanced modeling capabilities of MIDAS Civil NX.
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The session will demonstrate how to create 3D numerical models using the Steel Composite Bridge Wizard, apply railway traffic loads according to EN1991, perform structural analysis, and carry out steel composite and reinforced concrete design checks based on EN1994 and EN1992. Practical workflows for result visualization and report generation will also be presented.
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Description
This webinar introduces the design and analysis of steel composite railway bridges according to Eurocode standards using MIDAS Civil NX. Participants will learn how to create a 3D numerical model with the Steel Composite Bridge Wizard, apply railway traffic loads according to EN1991, perform structural analysis, and carry out steel composite and reinforced concrete design checks based on EN1994 and EN1992.
The session will also cover practical engineering workflows, including result visualization, automated report generation, and advanced modeling techniques such as the implementation of geometrical imperfections in structural analyses. Through practical examples and case studies, attendees will explore methods for improving modeling efficiency, optimizing structural performance, and automating design workflows within MIDAS Civil NX.
By the end of the webinar, participants will gain practical knowledge of steel composite railway bridge design and advanced analysis procedures that can be directly applied to real-world infrastructure projects.
Key Points
Application of MIDAS Civil NX to the design and analysis of steel composite railway bridges in accordance with Eurocode standards
Step-by-step workflow for creating a 3D numerical model using the Steel Composite Bridge Wizard in MIDAS Civil NX
Methods for applying railway traffic loads according to EN1991, performing structural analysis, and evaluating engineering results
Design and verification of steel composite sections to EN1994 and reinforced concrete elements to EN1992, including automated report generation and design review
Benefit
Issued upon session completion
Speaker