Construction stage
Posted: Sun Dec 22, 2024 8:32 am
Design stage
After the engineering surveys are completed, the formation of the project information model begins. KREDO-DIALOG products allow creating models for both linear and area objects. The first category includes roads, bridges and development telegram in philippines elements (water drainage, ramps, etc.). Within the second category, general plans are created, horizontal and vertical planning is performed, and the volumes of work are calculated. All these elements are integrated with the digital terrain model.
After the start of construction, the IM is supplemented with the following elements:
Estimated data
The model can be linked to estimating systems to calculate the cost of work
Work schedule
The ability to add time parameters allows you to create and visualize a work schedule
Construction Information Classifier (CIC)
Any model objects can be linked to the CIC to improve planning accuracy
Examples of implementation of information models
Sergey Koleda spoke about the successful application of KREDO-DIALOG solutions in a street construction project carried out by Vladimiravtodorproekt.
The IM included:
Digital terrain model based on engineering survey data
Model of the road project
Model of surface and underground communications
Elements of arrangement: stairs, parking, elements of traffic organization
Another example is the creation of a live model of the industrial site of the Kola Mining and Metallurgical Plant, which is currently in operation and is actively used for inventory and planning of repair work. It covers an area of about 600 hectares and includes:
Digital elevation model
Model of surface and underground communications
Buildings and structures with varying levels of detail
Integration and collaboration
The KREDO-DIALOG software products can exchange data with various systems, such as S-Info, Pilot-ICE and Pilot-BIM. They also work with their own document storage to organize access control and data structure.
The systems support import of popular raster, vector and XML formats, as well as data export for connection with other systems. Users can edit and supplement data libraries with their own objects and characteristics.
For viewing models without editing, there is a desktop application and a web version of the viewer for access via a browser. These tools allow customers to view models and leave comments.
Conclusion
Information models play an important role at all stages of the life cycle of construction projects, so it is necessary to carefully prepare and process data at each of them. Solutions from KREDO-DIALOG can help with this, as they provide comprehensive automation of survey, design, construction and operation processes. Use them when developing models to improve the efficiency, accuracy and speed of construction projects, as well as to get the ability to integrate with other modern TIM platforms.
Let us recall that PRO TIM INFRA was held in Moscow on November 28. The event brought together leading specialists in the field of automation of design and construction of linear objects.
Another partner of the conference was IBS. The report of its representative, director of the life cycle management department Petr Sychev, can be found in this article .
After the engineering surveys are completed, the formation of the project information model begins. KREDO-DIALOG products allow creating models for both linear and area objects. The first category includes roads, bridges and development telegram in philippines elements (water drainage, ramps, etc.). Within the second category, general plans are created, horizontal and vertical planning is performed, and the volumes of work are calculated. All these elements are integrated with the digital terrain model.
After the start of construction, the IM is supplemented with the following elements:
Estimated data
The model can be linked to estimating systems to calculate the cost of work
Work schedule
The ability to add time parameters allows you to create and visualize a work schedule
Construction Information Classifier (CIC)
Any model objects can be linked to the CIC to improve planning accuracy
Examples of implementation of information models
Sergey Koleda spoke about the successful application of KREDO-DIALOG solutions in a street construction project carried out by Vladimiravtodorproekt.
The IM included:
Digital terrain model based on engineering survey data
Model of the road project
Model of surface and underground communications
Elements of arrangement: stairs, parking, elements of traffic organization
Another example is the creation of a live model of the industrial site of the Kola Mining and Metallurgical Plant, which is currently in operation and is actively used for inventory and planning of repair work. It covers an area of about 600 hectares and includes:
Digital elevation model
Model of surface and underground communications
Buildings and structures with varying levels of detail
Integration and collaboration
The KREDO-DIALOG software products can exchange data with various systems, such as S-Info, Pilot-ICE and Pilot-BIM. They also work with their own document storage to organize access control and data structure.
The systems support import of popular raster, vector and XML formats, as well as data export for connection with other systems. Users can edit and supplement data libraries with their own objects and characteristics.
For viewing models without editing, there is a desktop application and a web version of the viewer for access via a browser. These tools allow customers to view models and leave comments.
Conclusion
Information models play an important role at all stages of the life cycle of construction projects, so it is necessary to carefully prepare and process data at each of them. Solutions from KREDO-DIALOG can help with this, as they provide comprehensive automation of survey, design, construction and operation processes. Use them when developing models to improve the efficiency, accuracy and speed of construction projects, as well as to get the ability to integrate with other modern TIM platforms.
Let us recall that PRO TIM INFRA was held in Moscow on November 28. The event brought together leading specialists in the field of automation of design and construction of linear objects.
Another partner of the conference was IBS. The report of its representative, director of the life cycle management department Petr Sychev, can be found in this article .