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Higher Standard of Bridge Design




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midas Civil is a Finite Element Analysis software developed by Midas IT, used for bridge analysis and design. midas Civil combines the powerful pre-and post-processing features with an extremely fast solver, which makes bridge modeling and analysis simple, quick, and effective. Also, there are several easy parameter modification tools available that can be used for parametric analysis leading to optimized and economical design.




User-Friendly GUI

The user-oriented input/output functions are based on a sophisticated and intuitive User Interface and up-to-date Computer Graphics techniques. They offer excellent facilities and productivity for the modeling and analysis of different types of bridge structures.

Interface Details >>


Intuitive Modeling

midas Civil enables us to readily create nodes and elements as if we were drawing drawings using the major functions of CAD programs. Powerful automatic modeling functions such as Auto Mesh Generation and various Bridge Wizards are introduced. The Bridge Wizards can create a complete bridge model for you in a blink of an eye and you are able to make any modification to the model to match withthe real structure as much as possible. Other modeling approaches such as CAD import, table format modeling, and code format modeling are also available. 

Modeling Details >>



Complete Analysis Options

midas Civil provides linear and nonlinear structural analysis capabilities and is capable of handling different types of analysis. The program’s efficient analysis algorithms yield exceptional versatility and accurate results appropriate for practical design applications.

Analysis Details >>



Powerful Post Processor

The post-processor can automatically create load combinations in accordance with specified design standards. Changing the type of display can produce various forms of graphic output. Practically all the results can be animated, namely, mode shapes, time history results of displacements and member forces, dynamic analysis results, and static analysis results. midas Civil also provides results that are compatible with MS Excel, which enables the user to review all analysis and design results systematically.

Output Details >>



Auto Design and Load Rating

midas Civil has powerful design code checking and load rating features. AASHTO LRFD & LRFR, CHBDC CSA, EUROCODE, and other codes are available. The codes are constantly updated to make sure the users can best take advantage of the code checking and rating features in the program. The automatic report generation features give the users an organized and detailed report that includes formulas and code references and it gives the users the confidence in their result.

Design Details >>




steel bridges arch bridges precast concrete bridges integral bridges culverts
Steel Bridges Arch Bridges Precast Concrete Bridges Integral Bridges Culverts
other structures cable-stayed bridges balanced cantilever bridges suspension bridges moving load analysis
Other Structures Cable-Stayed Bridges Balanced Cantilever Bridges Suspension Bridges Moving Load Analysis
construction stage analysis dynamic analysis nonlinear analysis rail-structure interaction soil-structure interaction
Construction Stage Analysis Dynamic Analysis Nonlinear Analysis Rail-Structure Interaction Soil-Structure Interaction



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user icon-3

Dec 01, 2020

"Exceptional and Exclusive UI"

What do you like best?

Midas lends a much convenient approach towards design and analysis of structures. The user-friendly interface saves ample time.that is wasted on other platforms by searching for different commands.

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user icon-1

Dec 25, 2020

"It is overall good software for RCC and PSC bridges"

What do you like best?

The features i like most are
1. Very good GUI, easy to work
2. You can change stiffness factors of an element for certain load cases.
3. Can convert critical moving load case in to static load case for a element

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user icon-2

Jan 25,2021

"User Friendly MIDAS"

What do you like best?

The ability of the software to take the reinforcement as per the drawing and to check the Structural adequacy easily.Proof checking becomes much easy now with this software

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Featured Users Projects


Stonecutters Bridge

The concept is for a cable-stayed bridge with a twin aerodynamic deck suspended from two 295m-high single pole towers. These towers will have bases measuring 24m x 18m tapering to 7m diameter at the top, and the deck will allow a navigation clearance of 73.5m over the full entrance to the Container Port. This sets a record of being the world’s 2nd longest cable stay bridge to date for which full erection engineering was carried out.


Ove Arup & Partners

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Weirton-Steubenville Bridge

The Weirton-Steubenville Bridge is an asymmetrical cable-stayed bridge with a single tower. The girders are I-shaped steel plate girders with skewed web at 10°. The 52 cables created a dual-plane system. The concrete deck is treated as a composite system. The tower is reinforced concrete with an inverted Y-shape. In addition to the 3D analysis, a detailed analysis for the ancor black has been performed.


Michael Baker, Jr., Inc, USA

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ironton brd-3

Ironton-Russell Bridge

The Ironton-Russell Bridge is a single tower cable-stayed girder bridge. Girders are I-shaped steel plate girders. The girders are of a composite system with the concrete deck. The cable system is a dual-plane system consisting of 70 cables and the tower is made up of reinforced concrete.


Michael Baker, Jr., Inc, USA

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Featured Blogs

How to Perform Time-Dependent Analysis

How to Perform Time-dependent Analysis?

Mainly there are two ways to perform the time-dependent analysis. One is the time-step analysis and the other is the age-adjusted method. The age-adjusted method is a simplified one and can consider the long-term effects with only a one-step analysis. Of course, this is an approximate way to consider 

Influence Line Analysis for Continuous Girders

Influence line analysis is essential for bridge design. Classical influence line theory for continuous girders goes back to Müller-Breslau in the late 18th century. Currently, iterative analysis is commonly used since this method is rather simple to implement with the displacement methods. Both methods give the same results and we can use either of these methods.

New Modeling Approach For Tunnels Under Complex Ground and Loading Conditions

How to Model the Girder and Deck Connection in Composite Bridge?  

With the help of Tarcisio Barreto Celestino and Antonio Bobet, our MIDAS Expert Osvaldo Paiva Magalhães Vitali took on a new approach using midas GTS NX on tunnels with complex ground and loading conditions. In their recent...








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