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### Structural Analysis
Users consistently praise Midas GTS NX for its structural analysis capabilities. The software is commended for its user-friendly interface, ease of modeling, and efficient analysis features. Reviewers highlight the convenience and time-saving aspects of the platform, particularly in handling complex structural analysis problems. Additionally, users appreciate the flexibility and reliability offered by Midas GTS NX in conducting design analysis for various types of structures, including bridges and tunnels. The software's ability to streamline the modeling process and provide accurate results has garnered positive feedback from users across different engineering disciplines.

### Design and Modeling
Users consistently highlight Midas GTS NX's design and modeling features as robust and user-friendly, enabling them to tackle complex modeling tasks with ease. The software's ability to generate accurate designs quickly, along with its powerful automatic modeling functions, has been a key factor in streamlining the design process for bridges. While some users note limitations in basic design calculations for certain aspects, overall, Midas GTS NX is commended for its efficiency in modeling and presenting results, ultimately saving valuable time for bridge engineers. The incorporation of various bridge design codes, both local and international, further enhances the software's appeal for users seeking comprehensive design solutions.

### Dynamic and Static Analysis
Users appreciate Midas GTS NX for its efficient handling of dynamic and static analysis tasks, especially when dealing with complex scenarios involving multiple time history loads. The software's MCT command shell feature stands out for its effectiveness in applying various dynamic excitations like wind, wave, and earthquake loads. Despite some limitations in handling wave loads and different load directions, users find Midas GTS NX to be a valuable tool for conducting structural analyses, such as modeling cable-stayed bridges and prestressed girder bridges according to industry standards like AASHTO LRFD. The software's user-friendly interface, ability to modify stiffness factors for specific load cases, and capability to convert moving load cases into static ones for elements are highlighted as key advantages by users.

### User Interface and Experience
Reviewers consistently highlight the user-friendly GUI of Midas GTS NX, emphasizing its ease of use for complex modeling and analysis tasks. Users appreciate the intuitive interface that simplifies the interpretation and verification of results. Additionally, the software's ability to streamline processes and save time through its user-friendly design is a common point of praise among users. The positive feedback regarding the interface and experience of Midas GTS NX indicates a strong preference for its efficient and accessible features.

### Technical Support and Documentation
Users consistently highlight the quick and reliable technical support provided by Midas GTS NX, praising the software for incorporating various bridge design codes, both local and international. The detailed calculations and the ease of cross-referencing them with manual calculations add to the software's appeal. Additionally, users appreciate the software's ability to provide engineering advice and solutions, making it easier to apply the latest design codes and present logical results to clients. The positive feedback on the software's user interface, accurate reports, and the availability of free seminars further underscore the strength of Midas GTS NX in terms of technical support and documentation.

Users of the software have made several recommendations based on their experiences. Firstly, many users recommend using the software for designing and analyzing RCC and PSC bridges. These users believe that the software is well-suited for these types of structures. Secondly, users consider the software to be one of the best in the industry for Bridge Engineering. This recommendation suggests that the software excels in its capabilities and features related to bridge design and analysis. Thirdly, reviewers praise the software for its user-friendly interface and ease of interpreting results. Users find it easy to navigate through the software and understand the output it provides. This makes it more accessible and efficient for engineers working on bridge projects. In conclusion, based on user reviews, it can be inferred that the software is highly regarded for bridge engineering purposes, particularly in RCC and PSC bridge design. Its user-friendly interface and result interpretation capabilities further contribute to its positive reputation among users.

Midas GTS NX has proven to be an invaluable tool for engineers and designers, addressing a wide range of business problems in structural analysis and design. Users have successfully utilized the software to solve static analysis, dynamic analysis, and geotechnical analysis for various structures, including tunnels and different types of bridge superstructures. This has enabled them to complete designs within the allotted time frame while ensuring accuracy and compliance with industry standards.

One key business problem that Midas GTS NX effectively addresses is the design of prestressed girder bridges according to AASHTO LRFD standards. The software provides users with powerful tools to define and apply static and live loads as per these standards, distinguishing it from other similar 3D software in the market. Additionally, Midas GTS NX has been extensively used for modeling and analyzing different types of bridges, allowing engineers to validate their computer programs for FEM analysis.

Furthermore, users have benefited from the ease of making changes in load cases through the load table option and the ability to import nodes, elements, and loads from other Midas models using the MCT command. This flexibility not only saves valuable time but also enhances productivity during the design process. Moreover, engineers have leveraged Midas GTS NX for research work, such as modeling and analyzing cable-stayed bridges subjected to combined dynamic excitation from wind, waves, and earthquakes.

In addition to its application in bridge design, Midas GTS NX has also been employed for modeling concrete and steel buildings. Users appreciate the accuracy of results obtained through this software as well as the ease with which they can present these results. The ability to perform smooth design analysis for steel I-Section Girder Bridges and Prestressed Concrete Girder Bridges with multiple spans has allowed engineers to compare strengths and ensure compliance with specific codes relevant to their region.

Overall, Midas GTS NX offers robust functionalities that address various business problems encountered by professionals in the field of structural analysis and design. Its versatility, accuracy, and ease of use make it a valuable asset for engineers and designers seeking reliable software solutions.

Suitable for analyzing steel and concrete structures: Reviewers have found Midas GTS NX to be a suitable software for analyzing steel and concrete structures. 

Inclusion of codes from various countries: Many users appreciate the inclusion of codes from various countries in Midas GTS NX, as it makes it easier to define safety factors specific to different regions.

Flexibility for efficient modeling and analysis: The flexibility provided by Midas GTS NX, especially for designers, allows for efficient modeling and analysis.

Clumsy Interface: Several users have mentioned that the interface of Midas GTS NX is a bit clumsy, with too many tabs and buttons. They feel that the software could be improved by simplifying the interface for a more user-friendly experience.

Poor Integration with AutoCAD: Some reviewers have noted that compared to other software, the integration of Midas GTS NX with AutoCAD is not well-implemented. This suggests that there is room for improvement in this area to enhance the seamless workflow between the two programs.

Limited Built-in Models for Superstructures: Users have expressed frustration over the fact that not all types of superstructures have a built-in model in Midas GTS NX. This limitation makes it difficult to use them readily and should be addressed to improve the overall usability of the software.

GTS NX is a geo-technical analysis system, from MIDAS headquartered in Seongnam. GTS NX incorporates a hybrid mesh generation function that creates mesh set that use an optimal combination of hexahedron and tetrahedral elements. The main advantage of using hexahedron elements is that they generate comparatively more accurate stress results than tetrahedral elements; and the advantage of using tetrahedral elements is that they are more effective for modeling sharper curves and corners of complex geometry . GTS NX is capable of utilizing both tetrahedral and hexahedron elements without any significant loss in modeling or analysis speed.

Autodesk’s Revit is a Building Information Modelling (BIM) tool. It enables architectural, MEP, structural, and engineering design, and provides analysis to support iterative workflows

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AutoCAD is a CAD product from Autodesk. It allows designers to work in 2D and 3D, and is available on Windows and Mac, but with extensive online collaboration tools.

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Midas GTS NX

Civil Engineering

MIDAS IT Co., Ltd.

3D Numerical Modelling for Geotechnical Analysis | midas GTS NX | Geotechnical Design | Foundation

You can download GTS NX trial version and study with it: 
https://www.midasbridge.com/en/blog

midas  GTS NX is an Integrated Solution System for Bridge & Civil Engineering. It is trusted by 10,000+ global users and projects.
It features optimal design solution functions that can account for construction stages and time dependent properties. Its highly developed modeling and analysis functions enable engineers to overcome common challenges and inefficiencies of finite element analysis.

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What is Midas GTS NX?