BIM implementation primarily relies on software solutions. Currently, the leading BIM software providers in the market are Autodesk, Graphisoft, Dassault, and Bentley. To address common project management challenges, various companies have also developed specialized supporting software tailored to specific professional needs.
BIM software can be categorized based on its role and importance in the model creation process as follows:
1. BIM Core Software: This category includes software for structural and architectural modeling, such as the Autodesk Revit series, Autodesk CAD, and Graphisoft. It also covers modeling tools for mechanical and electrical installation systems, like Autodesk Revit and DesignMaster.
2. BIM Scheme Design Software: Used primarily in the early stages of engineering design, this software converts investors’ ideas and specific requirements into geometric model databases. Once the database is established, clients and designers can efficiently communicate and evaluate solutions. Designers’ models can be integrated with other BIM databases for subsequent design phases. Popular software in this category includes Onuma Planning System and Affinity.
3. Geometric Modeling Software for BIM Interface: When dealing with complex geometric shapes and bodies after scheme design, traditional BIM modeling software may not suffice. Specialized geometric modeling software can produce better results and often serves as the initial input for BIM modeling.
4. BIM Environment Analysis: BIM can simulate various environmental factors such as lighting, wind loads, thermal fields, appearance, and noise. These simulations help users visualize the on-site working conditions around the building.
5. BIM Electromechanical Analysis Software: This software specializes in professional fields like water supply, power, and heating systems by capturing model information and performing relevant analyses.
6. BIM Structural Analysis Software: Structural analysis tools are highly integrated with BIM, enabling seamless data exchange between structural and simulation models. Structural analyses are conducted based on BIM model data, with results fed back into the BIM system for further use.
7. BIM Visualization Software: After modeling, visualization software enhances building visibility, allowing for evidence-based design and clear presentation of changes throughout each project phase.
8. BIM Model Checking Software: These tools inspect BIM models for spatial geometry gaps, conflicts, and the reasonableness of spatial distribution. Advanced technologies can be utilized for factory processing methods and detailed installation planning.
9. Comprehensive BIM Model Collision Detection Software: Most collisions arise when different professionals create models independently without unified standards. Due to the high hardware demands of complex projects, BIM models are often created separately and later integrated in one file. Common collision detection software includes Autodesk Navisworks and Solibri Model Checker.
Must log in before commenting!
Sign Up