Architectural, structural, and MEPF disciplines are perfectly synchronized thanks to coordinated BIM models. Therefore, if you’ve used the power of BIM clash detection software, whether you’re an architect or a building engineering consultant, you can be confident that there won’t be any unexpected issues during the construction process. We go into great detail regarding clash detection in this post, including its definition and advantages.
Reduced iterations during the on-site installation
As the model and drawings are authorized without any lingering confusion, the number of design iterations is decreased by eliminating member interferences or clashes in the coordinated 3D model. Rework is less frequent during real construction, which speeds up projects and decreases costs.
More accuracy in installation and construction designs
High geometric accuracy and installation efficiency are shown in coordinated fabrication and installation drawings extracted from clash-free 3D models of the whole structure. Proper component manufacture is made possible by accurate fabrication, accelerating on-site installation, and significantly reducing manufacturing waste—higher drawing accuracy results in less rework, shorter project delays, and earlier project completion.
Increased project effectiveness using interference-free 3D BIM models
Better accuracy and productivity are encouraged by interference-free 3D BIM models. The fabrication accuracy is improved by removing every conflict in the early phases. Reducing hard conflicts, tolerance concerns, and workflow challenges enhances the accuracy with which construction components are installed. A 4D BIM model that includes the time dimension can resemble a whole timeline of occurrences for resources, activities, and other logistical elements.
360-degree visualization reduces on-site dangers
Due to a lack of visualization through 2D drawings, on-site dangers represent a serious threat to field people. Site dangers might result from using 2D CAD deliverables that must be updated and complete with the following compliance and standards. Without visualization, attempting to enter difficult-to-reach areas might result in on-site problems that cause project delays and higher expenses.
Reduced material costs with accurate BOQs and BOMs
Budgeting for building materials for manufacture and installation is made more accurate by extracting BOQs and BOMs from a 3D BIM model that doesn’t have any clashes. By doing so, you may save on material prices and quantity. It also ensures that material logistics are improved for the best possible site use.
Increased interdisciplinary collaboration and interaction
Integrating 3D models from diverse disciplines, such as architecture, structure, and MEPF, improves collaboration between construction stakeholders. Inter-trade communication is enhanced by accessing a coordinated 3D model on a CDE or by allowing project participants to use the model in real-time on a platform like BIM360. Conflicts during the pre-construction stage are entirely resolved as a result.
The increased importance of BIM-based clash detection in the AEC sector
In current construction, BIM-based conflict detection is of utmost importance. Within the fields of architecture, structure, and MEPF, global projects are becoming more difficult. Conflict detection benefits from coordination, precise BOMs, BOQs, and GFC drawings since projects must be completed within the allotted time and money. Using a common data environment (CDE) and clash-free generative designing is becoming more popular in complex tasks.
With coordinated and interference-free 3D models, the usage of new and sophisticated BIM technologies will eventually become a standard process.
Conclusion
BIM clash detection software will remain a crucial step in pre-construction for many stakeholders. With access to a multi-disciplinary, coordinated, and conflict-free 3D model, they will save money and time in the digital world. Automation scripts can eliminate conflicts during the early design phase, reducing design, procurement, manufacturing, and installation time and cost.