BIM for Rebar Shop Drawings & Reinforcement Detailing

BIM FOR REBAR & REINFORCEMENT

Benefits of BIM for Rebar

 BIM Visualization: 3D Visualization provides a virtual representation of the whole structure, ensuring optimized design to reduce changes during construction

 Seamless Coordination & Collaboration: 3D BIM model enables seamless collaboration in a virtual environment

 Design Support: 3D Model validates accuracy, completeness & consistency of the design to virtually see facilities in real time

 Eliminating Rework: BIM eliminates RFIs, work stoppages & rework by checking accuracy & completeness of drawings before starting construction on-site

 Enhanced Quality: BIM improves quality by producing accurate Shop Drawings directly from 3D BIM Rebar Model, also used for prefabrication.

 Complete Control: BIM provides complete control over design & detailing of concrete, steel & reinforcement

 Cost Optimization: BIM preconstruction & prefabrication reviews enhance better use of manpower, quality of constructions, & reduced rework & wastages, translating into lower costs

 Efficient Project Management: Detailed BBS & Shop Drawings with 3D Visualization enable a better look at the project, facilitating review, scheduling, and project monitoring

https://tinyurl.com/3cv5fnc6

Rebar Elements Modeled through BIM

 Pile, Pile Cap, Foundation

 Grade Beams, Slab-on-grade

 Slab-on-deck, Column

 Concrete Walls, CMU Walls

 Stair Case, Beams, Slab

Drop Panels, Concrete Curb

Lintel, Tilt-up Panels

Concrete Pad, Corbel

Precast Elements, Ramp, Site Elements

https://tinyurl.com/3cv5fnc6

Model

 Slab With Column Rebar Model

 Under Ground Tunnel

 Tower Foundation For Mining

 Equipment Pad

 Raft Slab

 PT Tendons & Studs Rail

 Shear Wall

 Dam

 Tunnel

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Software Platforms for Reinforcement Modeling

Process of Reinforcement

Model Creation

 Reviewing the Project Input Documents

 3D Rebar Model Creation

 Raising Request for Information (RFIs)

 Constructability Review & Clash Detection

 Co-ordination with Other Trade

 3D Model Update

 Model Quality Checking

https://tinyurl.com/3cv5fnc6

Process of Reinforcement

Shop Drawing Creation

 Reviewing Project Input Document

 Review of Standards & Reference Code

 Raising RFIs for Missing Information

 Creating Reinforcement Layout

 Annotation as per Project Standard

 Bar Bending Schedule

 Quality Checking

https://tinyurl.com/3cv5fnc6

BIM Services for Rebar/Reinforcement

 Marketing BIM Presentation to Clients

 Design Development Support through BIM

 Pre-Construction Support through BIM

 BIM Modeling & Coordination

 Construction Support through BIM

 As-Built BIM Modeling Support

https://tinyurl.com/3cv5fnc6

Business Presentation to Clients through BIM

 Bill of Materials/Quantity Take-Off

 3D BIM Rendering

 3D BIM Walkthroughs/Animation

 4D/5D Construction

Phasing/Simulation

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Design Development Support through BIM

 3D Modeling

 GeneralArrangement Plans

 Material Selection Detailing

 Code Interpretation

 DesignAssistance

 Outlining Drawings

 Rendering &Animation

https://tinyurl.com/3cv5fnc6

Pre-Construction Support through BIM

 3D BIM Modeling

 Construction Documentation

 DesignAssistance

 Space Planning

 Constructability Review

 Shop Drawings/Lift Drawings & Detailing

 Reinforcement/Rebar Shop Drawings & Bar- Bending Schedule

 Detailing

 Redline Updates

 RFIs

 Bill of Materials (BOM)/ Bill of Quantity

https://tinyurl.com/3cv5fnc6

BIM Modeling & Coordination

 3D BIM Modeling & Constructability Review

 Service Layout Modification

 Clash Report Generation

 Coordination Process

 Combining Service Drawings

 RFI Management

https://tinyurl.com/3cv5fnc6

Construction Support through BIM

As-Built BIM Support