Versions:
MIDAS CIVIL NX is a universal structural analysis and design software published by MIDAS Information Technology Co., Ltd., currently available in version 9.7.5. Positioned within the structural analysis and design software category, the application is intended for engineering professionals who require a single environment capable of simulating and designing a broad range of structural types. Although the product carries a strong association with bridge engineering, its stated scope is explicitly not limited to bridges only, which distinguishes it from more narrowly focused bridge analysis tools. According to the publisher's description, the software caters to various structures, including reinforced concrete bridges, pre-stressed concrete bridges, and box-girder bridges, making it suitable for common bridge typologies encountered in civil infrastructure projects. Beyond bridge structures, MIDAS CIVIL NX can also be used to simulate underground structures and superstructures, along with additional structural types, reflecting its positioning as a universal rather than specialized solution. Typical use cases therefore span the analysis and design of transportation and civil engineering works, covering both above-ground and below-ground construction, and allowing engineers to address multiple structural systems within one software environment rather than relying on separate dedicated applications. The description emphasizes simulation capability across this diverse set of structures, indicating that the software is designed to support the modeling demands of varied project portfolios within structural engineering practice. At present, one version of the software is cataloged, with version 9.7.5 representing the current release available from MIDAS Information Technology Co., Ltd. As a product from a publisher focused on engineering information technology, MIDAS CIVIL NX serves the structural analysis and design needs of engineers working on bridges of multiple construction types, underground facilities, and building superstructures, consolidating these capabilities into a single universal platform for structural engineering analysis and design tasks.
Tags: