What Is The Purpose Of Architectural 3D Modeling?

In simple ways, Architectural 3D Modeling can be defined as a process which helps in the creation of different architectural parts and assemblies in the three dimensional domains, so as to let the clients visualize the completed project in a realistic way.

A design is a basic parameter for the start of any architectural project, but a crystal clear rendering of the building is a much essential tool for the marketing of the designs.

Benefits of Architectural 3D Modeling:

• Performance analysis of the 3D models can be done in a more effective manner.
• The technical details can be extracted effortlessly from the high resolution images.
• With the automation of some areas of design, the project completion time is reduced.
• Fully customized building designs can be developed.
• The chances of geometrical errors are greatly reduced.

Architectural 3D Modeling plays a vital role not only as a great project marketing tool, but also by acting as a reference for the architects and the contractors during the whole practical design process.
 

In contrast to the traditional methods of representing the building models, architectural 3D modeling has changed the way in which the functional details of the building blocks are being exhibited.

With the help of the advanced computer aided design tools, the process has become very less time consuming and efficient too. In the present scenario, where there is much competition in the architectural and engineering construction industry, the 3D modeling has been a valuable tool for the designers in creating intelligent building models.

The main purpose behind the concept of architectural 3D modeling is the conversion of the detailed 2D drawings into three dimensional models, depicting the all-round views of the proposed architecture.

Modeling can be incorporated in three distinct geometrical forms namely wire frame modeling, surface modeling and solid modeling. The wire frame modeling does not exhibit any surface views and the building design is only developed in the form of lines and arcs.

On the other hand, the surface modeling adds surface areas and volumes to the designs, thereby exhibiting a more detailed geometrical shape. Lastly, the solid modeling concept develops the volumetric designs depicting the wholesome physical properties of the building parts. Users find the solid modeling as the most effective design tool.