Why It’s Imperative To Use BIM For Rebar Detailing And Reinforced Concrete

Why It’s Imperative To Use BIM For Rebar Detailing And Reinforced Concrete

Currently, architectural designs are significantly more ambitious than in the years past. Sophisticated and exceedingly accurate working techniques are critical for designs free of all errors. For this reason, BIM is being leveraged to facilitate every facet of design and building construction. As rebar and reinforced concrete are extensively used in building components of building projects, BIM is also being leveraged to successfully generate these items. All top rebar detailing service providers take advantage of BIM technology.

BIM is also instrumental in helping construction managers meet client expectations and complete the project on time and on budget while maintaining a smooth workflow. It is no longer a futuristic technology but has been bearing the whole weight of all stages of the construction lifecycle on its shoulders.

BIM Facilitates Design

The breakthroughs in 3D modeling innovations have meant that rebar detailing and reinforced concrete is currently being designed and configured in 3D. With rebar detailing services, the software is used to design, manage, track and document every structural member efficiently.

Sophisticated rebar detailing software allows engineers to gain access to structural calculations extracted from the software. This enables them to create an accurate and efficient reinforcement model. It can also design 3D dimensional rebar cages and enable the automation of rebar drawings, lists and details, thus boosting productivity. As opposed to the manual work involved in 2D drawings and views, BIM software also allows automated updates to drawings and modifications to rebar detailing.

Unlike with 2D designs, the engineering staff will be able to generate design drawings, reports and plans through the 3D model, quickly and easily. The takeoffs estimated through 2D drawings pale in comparison to the rebar quantities generated through 3D models, offering managers reliable cost forecasts. Furthermore, the takeoffs are completely traceable, enabling verifications and correlations to be done flawlessly.

Collaborating on Projects

Since the model is shared among fabricators, structural engineers, contractors and architects it proves to be highly advantageous to all stakeholders, leading to enhanced efficiency and precision. During rebar detailing services, all stakeholders get a centralized, shared model. This model allows all of them access to updated rebar detailing and reinforced concrete designs, ensuring that they don’t mistakenly make use of older versions and details, and necessitate massive rework.

The consequence is reinforced productivity amongst the various design sectors, for instance, electrical, plumbing and mechanical engineers, who gain access to and incorporate the latest structural designs within their individual work. The 3D model used during rebar detailing services is also equipped to generate accurate rebar bending schedules, delivering comprehensive rebar drawings to reinforcement suppliers without any time wastage.

A further benefit of shared data between the various disciplines is that all clashes in design can be rectified even before work starts on site. Enhanced structural project management leads to significant time and cost savings. This is highly beneficial because any modifications or changes made on-site results in extensive cost and lead to needless interruptions.

Both investors and clients expect flawless planning and construction. Exploiting the advancements in 3D modeling and BIM for rebar and reinforced concrete detailing would be a smart move if you want to satisfy your clients and stay ahead of competitors.

Be it rebar detailing, precast concrete modeling, electrical, mechanical and plumbing BIM modeling services and more, you can take advantage of sophisticated BIM software solutions for your upcoming construction project.

Share This Post

Leave a Reply

Your email address will not be published. Required fields are marked *