3D BIM – designing of constructions

3D modelling with BIM technology differs significantly from traditional planar, 2D CAD design.

The principal difference is that CAD models work with lines and planes that designate elements of a future building. The 3D model operates directly with representations of volumetric elements such as, for example, a wall, a window or an air duct.

Each of the building elements has groups of parameters that describe it. These can be geometric parameters (dimensions, volume …), physical (thermal conductivity, density …), position in space, connections with other elements, appearance, etc. Thus, the 3D model is essentially a database of building elements and their interconnection. Programs for 3D design visualize the content of this database.

It may sound complicated, but this approach allows us to obtain results unattainable by traditional methods:

  • to show full interconnection of volumetric graphic images on the model, their parameters, related specifications;
  • to control elements by programming their parameters (the so-called parametric modeling);
  • to determinate automatically of the intersection of structures at the design stage.

Obvious benefits from using a 3D design approach:

  • increasing in speed of development of project documentation;
  • improving the accuracy of design decisions;
  • eliminating of up to 90% of errors in the design of constructions and engineering networks;
  • velocity in making changes to the project;
  • the possibility of associating a model of construction with other software systems (for example, a budget program or project management tools).

In our company V.S. Project a well-coordinated team of competent specialists works on the creation of 3D models. Own servers, workstations and modern software make our work efficient and design solutions optimal on each project.

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