

Automatic loading of wind, earthquake and gravity load Provide very detailed details in the design of metal, concrete, composite, slab and foundation members Ability to transfer modeling + MIDAS / FX to MIDAS / CIVIL and MIDAS / GEN Optimization of steel structures based on strength and relative displacement between floors Provide very accurate results based on spreadsheet format Determining the capacity of beam, column and shear wall members according to FEMA regulations Determining the level of structural performance based on acceptance criteriaĪbility to transfer the results of MIDAS / GEN analysis to MIDAS / SDS software Considering the algebraic sign of structural reactions during spectral analysis This feature is very useful for modeling complex structures such as bridges, cooling towers, pressure vessels and even amusement trains.įeatures and characteristics of Midas Civil software Midas Civil accepts data from spreadsheets in its environment and therefore makes it easy to create structures with complex geometry. By specifying the height, width, length and number of openings in each direction, the desired model can be made The above feature is ideal for modeling roof structures, bridges and skyscrapers.

The option to create predefined structures (ready-made patterns) allows the user to create their own structural models in a short time. The arrangement of these toolbars is such that the possibility of errors in modeling a structure is minimized.

Toolbars embedded in the graphical user interface make it possible to easily enter the information needed to create, analyze and design the model. 20 years of experience along with suggestions from engineers who have worked with Midas Civil, has made this software the most useful design and analysis software available in global markets. Experienced engineers who have a good understanding of the concept of modeling, analysis and design of a structure are well acquainted with this professional and famous software.

Midas Civil is the most powerful software for analysis and design of metal structures, concrete, wood, aluminum and composite structures.
