Structural modeling is the process of digitally representing a building’s load-bearing framework—such as beams, columns, walls, slabs, and connections—within a design or analysis environment. It allows engineers and architects to simulate how a structure will perform under various loads and conditions before construction begins.
Structural modeling ensures that a building is safe, code-compliant, and efficient. It enables early detection of issues, optimizes material usage, supports coordination with architectural and MEP systems, and lays the foundation for analysis like load distribution, deflection, and seismic performance.
Structural modeling is widely used to model frameworks for buildings, bridges, towers, and infrastructure. Whether steel, concrete, or timber, engineers use these models to simulate loads, run code compliance checks, and share coordinated documentation with the project team.
Structural modeling is like building a skeleton in 3D—it shows how the structure holds up and ensures everything fits and stands safely before construction begins.
The D.TO platform enhances structural modeling during the design phase by identifying conflicts, inefficiencies, or underutilized geometry within your BIM model. By supporting early-stage decision-making and design alignment, D.TO helps architects and engineers coordinate more effectively before committing to full structural analysis.
