BIM stands for Building Information Modeling. But have you ever wondered what the concept of BIM disassembly actually means? Today, I’m here to shed some light on that for you.
Building refers to physical structures or constructions, and more broadly, it includes all types of engineering works. Essentially, it relates to the “physical space” we interact with every day. From a technical standpoint, as explained here, it primarily focuses on engineering technology.
Information encompasses all relevant data and behaviors of engineering structures within both physical and virtual environments. This involves utilizing information technology to create digital representations. This aspect forms the heart of BIM, with special attention to the connection between geometric and non-geometric data.
Modeling is often misunderstood. Many assume it refers solely to geometric or architectural modeling. However, the term actually originates from object-oriented technology in IT. Simply put, it means “objectification.” This process uses object-oriented methods to define the properties (such as cross-sectional sizes and materials) and behaviors (for example, how beams or columns connect at their ends, or the rules for determining if a wall exists on a certain side) of physical objects (like columns) within a virtual environment. Since translating it simply as “modeling” can cause confusion with geometric modeling, it’s best to retain the term “modeling” in this context.
Do you feel more confident now explaining BIM disassembly? The goal of this discussion is to deepen your understanding of BIM, and I hope you found it helpful.
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