ISTRAM software is a widely recognized tool in civil engineering, especially in the design and layout of transport infrastructures such as roads, in particular: railways. This software is developed by Buhodra Ingeniería and stands out for its ability to handle highly complex projects, offering a comprehensive solution that covers from the initial conception of the layout to the generation of plans and technical documentation.
Its main features, advantages and disadvantages are analyzed below.
Main Features of ISTRAM
ISTRAM is known for its focus on geometric accuracy and ability to handle large volumes of data. Some of the most relevant functionalities for railroad layout include:
Complete Geometric Modeling: ISTRAM allows the creation of detailed geometric models that integrate horizontal and vertical track design, considering key parameters such as radii of curvature, slopes and superelevations, fundamental to ensure the safety and operational efficiency of railway lines.
Topographic and Geotechnical Analysis: The software can import and work with topographic and geotechnical data, allowing a precise adaptation of the layout to the terrain conditions. This is crucial for the design of railway lines, where ground stability and minimization of earth movements are paramount considerations.
Interference and Structures Management: ISTRAM facilitates the detection and resolution of interferences with other infrastructures, as well as the design and analysis of complementary structures, such as tunnels and viaducts, integrating these elements into the overall model.
Technical Documentation Generation: One of ISTRAM's strengths is its ability to automatically generate plans, profiles and cross sections, as well as technical documentation required for construction, which reduces preparation time and improves project consistency.
Advantages of ISTRAM
Accuracy and Flexibility: One of ISTRAM's greatest advantages is its ability to handle complex layouts with high precision. Engineers can adjust every detail of the geometric design, ensuring that the layout meets the required safety and efficiency standards.
Data Integration: ISTRAM allows seamless integration of data from different sources, such as topographic surveys, geotechnical data and other specialized studies, facilitating the creation of a coherent and detailed project model.
Reduced Errors and Time: By automating many of the design and documentation processes, ISTRAM reduces the risk of human error and accelerates project development. This results in significant time and resource savings, especially on large-scale projects.
Simulation Capability: ISTRAM offers simulation tools that allow to visualize the behavior of the railroad under different conditions, such as load changes, temperature or seismic events, which helps to predict and mitigate potential problems.
Disadvantages of ISTRAM
Learning Curve: One of the main disadvantages of ISTRAM is its complexity. The wide range of functionality and depth of customization options can be overwhelming for new users, requiring a significant learning curve.
Cost of Licensing: ISTRAM licensing costs can be high, which could be a barrier for small businesses or projects with limited budgets. While its capabilities and functionality justify the price for large projects, it may not be affordable for everyone.
Hardware requirements: Given the complexity of the projects handled by ISTRAM, hardware requirements can be high, so high-capacity equipment is necessary to use the software efficiently.
