The efficient and transparent all-in-one software

for both steel and concrete conventional bridges.

 

 

 

midas Civil for Conventional Bridges

midas Civil for Conventional Bridges

 

 

 

 

 

 

 

midas Civil allows you to achieve both efficiency and accuracy for all

bread-and-butter types of bridges. The natural strength of the 3D FEA

software provides transparency and accuracy, and midas Civil's unique

code checking Excel report provide efficiency. Whether you work on

reinforced slab bridges, composite prestressed bridges, or steel girder

bridges, midas Civil is optimized for all conventional bridges. From

superstructure to foundation soil-structure-interaction, all types of

bridges components can be analyzed and checked in midas Civil.

 

 

 

 

 

 

 

Graphical User Interface

Bridge design software

  

Graphical User Interface


midas Civil features an innovative Tree Menu that conveniently organizes data and works progress. With the Tree Menu and the Modeling Window, you can easily track your work progress and graphically visualize or modify your model.

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All-in-One Solution

Bridge Analysis

  

All-in-One Solution


midas Civil can simulate superstructures and substructures, including piles and soil structure in one model.With the all-In-one feature, you can get more accurate results and economical design without spending too much time.
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Wizard Modeling

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Wizard Modeling


midas Civil wizard functionality allows generating accurate models and performing analysis of multiple design alternatives in a short time. 
midas Civil also allows you to modify the model or construction stage after generating the model using the steel/prestressed concrete bridge wizard.
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Flexible Modification

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Flexible Modification


midas Civil supports conventional model generation using nodes and elements and other means of generating models via data conversion. Data exchange with the DXF file of Microstation or AutoCAD is possible. Entire model data can also be defined or generated in text format, creating a *.MCT file.
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Transparent Result

Bridge Design Software

  

Transparent Result


midas Civil can provide design results in an excel sheet with detailed calculations and code references. With the excel design result, you can systematically review all analysis and design results and easily track each calculation step.
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Explore conventional bridge projects from midas users 

 

Glastonbury, CT
Cardiff, UK
Massachusetts
I95, Illinois

 

 

 

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Try it yourself, Find out special pricing!

 

conventional-ebook

Download conventional bridge analysis guide

 

 

 

Featured webinar for conventional bridges

Accurate 3D Substructure Design
Why 3D substructure analysis and design? Accurate 3D Substructure Analysis and Design Simple 1 or 2D analysis is frequently used, but it often leads to inaccurate results. This is the reason why a full 3D model is needed. This session will compare 3D analysis with the current method used in substructure- only software.
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Steel Bridges & Precast Concrete U-Girder Bridges : Modeling & Analysis
Modeling and analysis of steel bridges will be presented. The bridges include pony truss bridge, plate girder bridge, and vertical lift span truss bridge. The presentation will demonstrate the modeling and analysis process in Midas Civil, as well as the results. In addition, the presentation will include some of the preliminary results of the ongoing study to develop guidelines for analysis and modeling of U-shaped precast concrete girder bridges.
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Parameter Influence Analysis : Horizontal Curve Steel I-Girder Bridges
Problem Statement - Structures Often Experience Problems During Erection - No Specifications for Erection Procedures and/or Techniques - Codes Discuss Importance of Erection Procedures, But Provide No Specifics -Current Study Examines Bridges to Determine Influence of Parameters on Deflection During Construction
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Featured blogs for conventional bridges

Construction Stage Analysis of Composite Girder Bridges in midas Civil
This article will walk you through the difference between using 3D FEA tools with construction stage analysis like midas Civil vs. simple design programs or analysis programs without construction stage analysis like MDX, STAAD Pro, LEAP Steel, LEAP Concrete, Conspan, etc.
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Nodes and Elements
There are so many ways to help you save your time when you are working on your bridge project. One of the easy tips is renumbering of the nodes and elements. Our Expert Engineer Tom Less, P.E., a Senior Associate, Team Leader & Bridge/Structural Engineer from Woolpert shared his tips for nodes and elements.
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5 Differences Between Culverts and Bridges
If you think about it, CULVERTS are a bit of an anomaly in the structural world. Culverts carry various load types (pedestrian, vehicular, and cattle), cross a body of water, and follow the AASHTO LRFD specifications similarly to bridges. However, culverts are not considered "bridges" as per the FHWA classification because they usually do not exceed 20 feet.
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