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Building Information Modelling
What is BIM?
Building information modelling is a development in the construction field that is aimed at ensuring faultless construction through effective data management. Through building information modelling, information on design, costs, and construction processes can be coordinated and structural engineers, builders and architects can access accurate information about building parts and components. The information is stored at a central location – this means that the data is streamlined hence sharing is made easy and more effective. As a result, the chances of error and wastage during construction are eliminated.
BIM Applications
BIM employs technology that enables stakeholders to get a clear view of both the interior and exterior of the building. It also makes it possible for the involved parties to access synchronised information about the material quality and quantity as well as the project schedule. While this ensures client satisfaction, it also helps in generating higher profits given that modifications are avoided and productivity is increased at the same.
BIM Tools and Flood Precast
Precast concrete design has been significantly enhanced through the integration of Building Information Modelling (BIM) and the use of software such as Tekla Structures. BIM enables the creation of detailed, information-rich 3D models that support improved visualisation, coordination, and collaboration among the project design team and clients. Tekla Structures, specifically, is a powerful BIM tool that enables the precise modelling of precast elements, including connections, reinforcement, with a high level of accuracy. This is particularly beneficial in the design and detailing of precast frames—structural systems composed of beams, columns, and connections that are manufactured at our manufacturing plants and installed on-site. Tekla enables seamless planning and clash detection for these components. It streamlines the design-to-fabrication process. This integration not only reduces errors and rework but also improves project efficiency, quality, and constructability in precast concrete construction.
BIM and the Design Process
Design and Modelling
When selecting a 3D modelling package, Flood Precast focused on how it could enhance its internal design processes and seamlessly integrate with production workflows. Currently, all production lines begin with 3D models developed in Tekla, which are submitted for approval by project consultants. Once approved, further detailing is carried out within the same 3D environment. This allows production-ready information to be embedded directly into the model, streamlining the transition from design to manufacturing. By leveraging Tekla’s capabilities, Flood Precast can improve competitiveness, reduce lead times, and significantly increase productivity within the design function.
How BIM Can Improve the Design Process
Building Information Modeling (BIM) transforms the design process by enabling a more collaborative, efficient, and data-rich approach to construction planning. When there is a lack of proper coordination between stakeholders during construction, it often results in wasted resources, project delays, and increased costs. BIM addresses these issues by allowing the creation of a virtual model of the building before construction begins, ensuring precision from start to finish. This virtual process gives constructors and engineers a clear understanding of the final product, enabling them to identify and resolve potential design and operational challenges early on. By improving coordination and reducing the risk of errors and rework, BIM ensures that construction can proceed smoothly, helping projects stay on schedule and within budget. This leads to better outcomes for all stakeholders and adds significant value to any construction business.
Flood Precast highlight the following areas as vital to the delivery of a successful project.
Focus
Focusing on what represents value to the customer.
Eliminate
Eliminating waste from processes.
Create
Creating a flow of work thus avoiding delays and reducing costs.
Optimise
Optimising the system as a whole rather than individual stages.
Rationalise
Rationalising design, and the flow of information to logistics and manufacture.
Guidance
Provide guidance to external designers, incorporating product information from existing technical literature.
Enable
Enabling the efficient creation of 3D visualisations and production information.
Implement
Implementing change in a progressive, low risk manner.
Build
Building in-house capabilities.
Recognition
Becoming a recognised reliable source for BIM resources in the pre-cast concrete sector
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Guiding your project from planning to manufacturing and seamless installation.