Deformation Monitoring is a process in which we keep track of the changes that happen in the shape or dimensions of an object. It is a highly important task for civil engineers, geologists, and analysts because it is used to identify the condition of dams, roads, tunnels, bridges, mines, high-rise buildings, earthquake areas, volcanic slopes, and so on.
If they are damaged or deteriorating with time, they can easily identify the age and make significant repairs via good software quality. A deep deformation analysis can really help save us from any unexpected incidents. However, It comes with multiple benefits, such as:
• Cost Saving: If we can identify the issues as soon as possible, we can avoid costly repairs and replacements. The cost can add up with the deformation monitoring software, but it actually saves you expenses if you have a bunch of projects.
• Public Safety: If you don’t monitor the age and condition of the concrete or steel structures around the public, their life may be in danger. Suppose an earthquake comes and destroys hundreds of mankind with the sudden destruction of buildings, bridges, and towers.
• Improved Design and Construction Practices: Data from deformation monitoring can give you ideas for future design and construction practices. Engineers can learn from the behavior of existing structures to improve the design and construction of similar projects.
What Is Deformation Monitoring Software?
Deformation monitoring software is a type of custom software designed to analyze and track changes in the shape, position, or condition of structures or natural features over time.
This monitoring is crucial for various applications, including civil engineering, geotechnical engineering, environmental monitoring, and infrastructure management. The software typically works in conjunction with sensors and measurement devices to collect data and provide insights into any deformations or movements that may occur.
Important Aspects of Deformation Monitoring Software
Here are some key features of deformation monitoring software may include:
1. Data Integration: The deformation monitoring software keeps the ability to integrate data from various monitoring devices such as total stations, GNSS (Global Navigation Satellite System) receivers, inclinometers, accelerometers, and other sensors.
2. Real-time Monitoring: Some software allows for real-time monitoring, enabling quick detection of any abnormal behavior or movements in structures.
3. Data Analysis and Visualization: Tools for analyzing and visualizing collected data, often through charts, graphs, and 3D models. This helps engineers and researchers understand patterns and trends.
4. Alerts and Notifications: Automatic alerts and notifications when predefined thresholds or criteria are met, indicating potential issues or changes that require attention.
5. Historical Data Storage: The capability to store historical data for long-term analysis and trend identification.
6. Automation: With customized software development, one can easily automate the process of data collection, analysis, and reporting, which can eventually reduce the need for manual intervention.
7. User-Friendly Interface: An intuitive interface that allows users, including engineers and decision-makers, to navigate through the software easily and interpret the results.
Bottom Line: Build A Custom Deformation Monitoring Software With Intetics
The main aspect of deformation monitoring software is it should be customized. With the many third-party solutions, there is a big lack of flexibility, scalability, and user-friendliness. According to the case study of Intetics, it was proved that customized deformation monitoring software can offer efficient results.
Not only that, this Custom Software Development Company has saved 35% of the development budget of the comprehensive, cost-effective solution for deformation and slope monitoring software. So, if you’re interested to know more about Intetics and its projects, you can visit their site at intetics.com.
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