MIDAS/Civil

MIDAS/Civil

MIDAS/Civil is a specialized structural analysis and optimization design software developed for civil engineering structures, particularly for analyzing unique bridge configurations such as prestressed box girder bridges, suspension bridges, and cable-stayed bridges. It is capable of performing nonlinear boundary analysis, hydration heat analysis, material nonlinear analysis, static elastoplastic analysis, and dynamic elastoplastic analysis. Designed to quickly and accurately complete the analysis and design of such structures, it fills a gap in the current market for civil structural analysis and design software.

Wide Range of Applications

• Reinforced concrete bridges: Slab bridges, rigid-frame bridges, prestressed bridges
• Composite bridges: Steel box girder bridges, beam-and-slab bridges
• Prestressed concrete box girder bridges: Cantilever method, incremental launching method, movable scaffolding system, full scaffolding method
• Long-span bridges: Suspension bridges, cable-stayed bridges, arch bridges
• Mass concrete hydration heat analysis: Prestressed concrete box girder bridges, abutments, piers, breakwaters
• Underground structures: Subways, utility tunnels, water supply and drainage facilities, tunnels
• Industrial structures: Water towers, pressure vessels, transmission towers, power plants
• National infrastructure: Airports, dams, harbors

midas FEA

midas FEA is "currently the only fully Chinese-localized civil engineering software dedicated to nonlinear and detailed analysis." It employs the geometric modeling and meshing technologies from midas FX+, a widely used pre- and post-processing software in civil engineering. Combined with MIDAS's robust linear and nonlinear analysis capabilities and technical collaboration with TNO DIANA (Netherlands), it is a high-end nonlinear and detailed analysis software tailored for civil engineering.

midas FEA features an intuitive and user-friendly interface, allowing even beginners to master it quickly. It simplifies complex nonlinear analysis problems commonly encountered in engineering through parameterized input methods. With its fully Chinese-localized interface, technical manuals, and training examples, beginners can rapidly advance to become proficient analysts.

Contact:

Prof. Tian：WhatsApp：+86 15029941570 | Mailbox：540673737@qq.com