BIM in Structures
What is BIM in structures?
BIM is an intelligent process based on 3D models that helps structural professionals design, detail, document, and fabricate structural systems more efficiently. BIM enables project teams to work more collaboratively, optimizing designs and improving accuracy. Additionally, it connects design with fabrication to deliver projects more quickly, accurately, and efficiently.
Benefits of BIM for structural projects
BIM is a powerful tool for improving the design, construction, and management of buildings, and is increasingly popular in the architecture, engineering, and construction industry. The main benefits of BIM for structural engineers include:
Improved collaboration and coordination
One of the most significant benefits of BIM for structural engineers is improved collaboration and coordination. It allows all project stakeholders to work in the same digital environment, sharing data in real time. This helps identify potential problems and conflicts early in the design phase, reducing the likelihood of costly and prolonged setbacks later in construction.
Enhanced visualization
BIM allows structural engineers to visualize the building or structure in 3D. This provides a more comprehensive understanding of the design and allows engineers to view the structure from countless angles. With BIM, engineers can easily make changes to the design and see how those changes affect the entire structure in real time.
More accurate quantity estimates
BIM software can generate precise estimates of the quantity of structural components. This allows engineers to accurately and more quickly estimate the cost of materials, reducing the risk of cost overruns during construction.
Mapping of structural issues
BIM software can perform structural analyses and detect potential conflicts between structural elements and other building systems, such as mechanical, electrical, and plumbing (MEP). BIM allows structural engineers to adjust the design before construction, avoiding delays and cost overruns.
Sustainability
BIM can be used to analyze the environmental impact of a building or structure. Engineers can use BIM to analyze the energy efficiency of the structure and identify ways to reduce energy consumption.
Maintenance planning
BIM can be used to plan the maintenance of a building or structure. BIM engineers can use the data stored in the BIM model to determine when maintenance of various components is needed, reducing the likelihood of unexpected maintenance issues.
Increased productivity and efficiency
The use of software that works with BIM helps increase the productivity and efficiency of structural engineers by automating many tasks that were previously done manually. BIM also allows engineers to reuse design components and data from previous projects, reducing the amount of repetitive work required.
Do you want more efficient and sustainable construction in your structural projects?
At Alianza BIM, we are experts in efficiently executing all types of structural projects thanks to BIM methodology.
Types of structures we manage in our structural BIM projects
Massive structures
These are structures known for being large and heavy, requiring a large amount of materials for their construction. Examples of this type of structure include high-rise buildings, dams, bridges, and towers.
Surface structures
These are structures characterized by having a relatively low height compared to their base. An example of this type of structure is a foundation slab.
Vaulted structures
These structures are characterized by their vaulted shape, which gives them great strength and stability. Examples of this type of structure are domes and vaults in buildings.
Frame structures
These are structures characterized by having a support structure composed of beams and columns. An example of this type of structure is a building with a reinforced concrete structure or steel structures.
Triangulated structures
These are structures characterized by having a triangular shape, which gives them great strength and stability. Examples of this type of structure include telecommunications towers and suspension bridges.
Suspended structures
These are structures defined by being supported from a fixed point. Examples include suspension bridges and electrical transmission towers.
Need a comprehensive solution for your structural projects?
