How to draw rebar in autocad


  • K-rebar: Beam and slab detailing in AutoCAD Made Easy
  • Answering the Dilemma- Is Rebar Modeling Necessary?
  • AutoRebar v2.1 for Autodesk AutoCAD 2013-2021 x64
  • Rebar Foundation details Free Drawing
  • AutoRebar – Rebar detailing software for AutoCAD (v2.1 latest)
  • K-rebar: Beam and slab detailing in AutoCAD Made Easy

    Fabricators, pre-casters, engineers, contractors and drafting companies, large and small. With over 6, users in 80 countries, RebarCAD has been used on a huge range of projects world-wide. Over 1, well established North American CAD customers are using 1, RebarCAD licenses to detail, draw, bar list, download production data and guide placing for every conceivable type of reinforced concrete project. It fully exploits the stable 2D drawing environment of AutoCAD, tailoring a solution for rebar detailing and bar listing that meets the stringent requirements of the industry.

    If you are a Detailing Manager you will find it easy to recruit trained and experienced detailers for such an industry standard solution, whilst the level of support, advice and expertise available through our North American based help desk will impress all users.

    Pre-cast production Pre-cast concrete producers benefit from significant increases in productivity from RebarCAD. The details library can be used to create a catalogue of standard components that can be retrieved and modified to suit any new job in seconds. Powerful editing commands, such as the stretch feature, mean that such standard library details can be modified easily and quickly to suit each new project.

    Larger structures such as culverts are a good example of how details can be manipulated to the correct size and a new bar or parts list generated automatically! Assorted smaller items such as beams, drainage components, etc. In-place production In-place producers benefit from many detailing and presentation features found in RebarCAD which present them with the ideal detailing solution.

    Suitable for all sorts of jobs, RebarCAD drawings show how to place the bars with an automatic placing list and notes field. In complex situations RebarCAD can be used to produce full profile real size views of bars at different scales. RebarCAD can attach up to 5 lines of notes to a single bar call off, more placing information than any other detailing system! In RebarCAD:.

    Answering the Dilemma- Is Rebar Modeling Necessary?

    Hence, it is often perceived as a time-consuming process. This blog attempts to compare the 2D detailing process and the 3D modeling approach, wherein we highlight how we use Revit software for Rebar BIM Modeling and how it can become a powerful tool for designing and constructability of Concrete Rebar Reinforcement.

    For every commencement of the project, specific guidelines for 3D BIM modeling are set with the required software. These guidelines include 3D model design reviews to ensure the status and the quality of the deliverables, manage the inter-disciplinary clashes, and support efficient and timely production of deliverables. Cross Disciplinary Environment— BIM allows the involvement of more than one discipline involved in the project.

    It is capable to combine Architecture, MEP, and structural design in one model. One model for all— When we model the structural design, we only need one model to perform multi-disciplinary coordination and for structural detailing. Customizable— BIM model is customizable and accessible for all the project teams. Features of Revit— Revit is one of the best software for reinforced concrete modeling and detailing.

    It has tools and features to perform structural rebar detailing that is straight out of the box. Along with the pros of rebar detailing and modeling, there are few challenges: 3D reinforcement workflow to be adapted with the peculiarities of each project.

    Complex Concrete forms and designs are not handled always correctly. Would you like to share your Project Details? We would be glad to discuss it with you! Click here to send us an E-mail now! You can also call us on — Concrete Rebar Reinforcement Modeling Workflow The accuracy of the concrete rebar reinforcement depends on the accuracy of modeling.

    The design was done using Excel spreadsheets and this would result in the required reinforcement area. The sketches were then developed and given to the draftsmen. The symbolic presentation of the real rebar was done on AutoCAD.

    The biggest challenge was the communication as there was no room for communication between the engineer and the draftsman. Secondly, there would be inaccuracies between the calculations, bending schedules, and drawings. And lastly, the engineer could only check the drawing once the final design drawing was created.

    BIM has enhanced the collaboration of the engineer and the draftsman as they both can work on a centralized located file and can be regularly updated with the changes in the model. The analytical model prepared by the engineer can be exported in SAP software for validation. The drawings are now more accurate with a stronger design and capability to evaluate the constructability of the project before actually going to the site. The increase in productivity raises and the quantity estimation and management issues decrease with this.

    The aim is to achieve perfect collaboration between the structural engineer and the BIM modeler. Implementation of BIM for Concrete Rebar Reinforcement Testing To initiate the implementation, it is advisable not to start before having a small group of specialists. This step will include analyzing the need of the company.

    In the beginning, the aim will be to analyze the peculiarities to understand and develop possible BIM solutions to speed the process of rebar detailing, concrete reinforcement, etc. This step is required as this will be the base for all future modeling activities.

    If set correctly, rebar detailing or rebar modeling can become the strength and result in saving a lot go time, money, and resources than a traditional 2D reinforced concrete workflow. Developing This step includes developing specifically customized templates for each type of document that is required. To get the best possible modeling speed, set up the required filter and different section types, like, Air Terminals, Analytical Beams, Braces, Columns, Floors, etc.

    With the correct template, filters, and types it becomes easier to create the reinforced concrete documentation required for structures of the building. The goal is to create all the drawings needed from one single model without dealing with detailed elements that are not belonging to the correct sheet or elements that are changing from one phase to another phase of the design progress.

    Training Training is the most crucial step in the entire process of establishing BIM workflow for 3D reinforced concrete modeling. After the testing and development phase, proper training needs to be given to the teams including Draftsmen, Structural Engineers, Lead Engineers, and Management.

    Everyone in the group should be aware of the potentiality of a parametric 3D BIM model of reinforced concrete rebar can bring if it is correctly implemented. Implementing In this phase, let the BIM expert get involved in the task force and let him work in close contact with the structural engineers and draftsmen.

    This would ensure smooth collaboration. For implementation, start with a small or a pilot project. The experience will show the importance of BIM and its capability to encourage collaboration between the departments. BIM will allow a faster and more reliable documentation process with higher and accurate detailing.

    You can also call us on — 4 Tips for Effective Implementation The following tips have to be developed and implemented to use Revit effectively for a solid workflow. The tested methodology and so far developed customization have to be implemented to model concrete rebar reinforcement. Set-up Revit families, parameters and rebar shapes Freeze design.

    AutoRebar v2.1 for Autodesk AutoCAD 2013-2021 x64

    The symbolic presentation of the real rebar was done on AutoCAD. The biggest challenge was the communication as there was no room for communication between the engineer and the draftsman. Secondly, there would be inaccuracies between the calculations, bending schedules, and drawings.

    Rebar Foundation details Free Drawing

    And lastly, the engineer could only check the drawing once the final design drawing was created. BIM has enhanced the collaboration of the engineer and the draftsman as they both can work on a centralized located file and can be regularly updated with the changes in the model. The analytical model prepared by the engineer can be exported in SAP software for validation. The drawings are now more accurate with a stronger design and capability to evaluate the constructability of the project before actually going to the site.

    The increase in productivity raises and the quantity estimation and management issues decrease with this. The aim is to achieve perfect collaboration between the structural engineer and the BIM modeler. Implementation of BIM for Concrete Rebar Reinforcement Testing To initiate the implementation, it is advisable not to start before having a small group of specialists.

    This step will include analyzing the need of the company. In the beginning, the aim will be to analyze the peculiarities to understand and develop possible BIM solutions to speed the process of rebar detailing, concrete reinforcement, etc. This step is required as this will be the base for all future modeling activities.

    If set correctly, rebar detailing or rebar modeling can become the strength and result in saving a lot go time, money, and resources than a traditional 2D reinforced concrete workflow. Developing This step includes developing specifically customized templates for each type of document that is required. To get the best possible modeling speed, set up the required filter and different section types, like, Air Terminals, Analytical Beams, Braces, Columns, Floors, etc.

    With the correct template, filters, and types it becomes easier to create the reinforced concrete documentation required for structures of the building.

    The goal is to create all the drawings needed from one single model without dealing with detailed elements that are not belonging to the correct sheet or elements that are changing from one phase insanity extracts cartridge review another phase of the design progress.

    Training Training is the most crucial step in the entire process of establishing BIM workflow for 3D reinforced concrete modeling. After the testing and development phase, proper training needs to be given to the teams including Draftsmen, Structural Engineers, Lead Engineers, and Management. Everyone in the group should be aware of the potentiality of a parametric 3D BIM model of reinforced concrete rebar can bring if it is correctly implemented. Implementing In this phase, let the BIM expert get involved in the task force and let him work in close contact with the structural engineers and draftsmen.

    This would ensure smooth collaboration. Autodesk Advance Concrete has an easy-to-use complex shape library included, but new ones can quickly be added.

    Parametric Automatic Reinforcement: Autodesk Advance Concrete enables assignment of parametric reinforcement attributes for each object beam, column, openings. Reinforcement drawings are then automatically created! You can also create custom reinforcement templates and associate them to structural elements. Each reinforcement style can be customized and applied for multiple situations.

    Different templates can be saved and used for the entire model, allowing a huge time-saving and reinforcement drawings are obtained in seconds after only few clicks. In addition, you can modify the style parameters, apply them and see the modifications in real time.

    Dynamic Reinforcement is an exclusive technology that significantly accelerates the creation of reinforcement drawings by automating the placement of reinforcement bars and by keeping drawings up-to-date when projects are modified. It rapidly reinforces standard elements e. The advantage of this new technology is that once a complex reinforcement solution is created, it can be saved and re-used for all the similar cases in other projects, leading to a significant time-saving, especially when similar reinforcement layouts appear repeatedly in the structure.

    Autodesk Advance Concrete has a set of predefined solutions that can be used immediately or that can be quickly adapted to suit your needs. Mesh panels and bent meshes reinforcement mostly used for slabs and walls are all possible in addition to the regular reinforcing, plus Autodesk Advance Concrete can automatically optimize mesh rests.

    AutoRebar – Rebar detailing software for AutoCAD (v2.1 latest)

    Reinforcement Cage: Autodesk Advance Concrete makes the 3D reinforcement design and visualization much easier: The 3D viewer allows a quick realistic and interactive view of the entire 3D layout The Clash check tool is used to verify if there are any reinforcement collisions, which are accurately detected and highlighted graphically.

    Construction Drawings Created Automatically Automatically generate sections, elevations, foundations drawings, isometric views, total or partial cuts, etc as you go during the modeling process and manage and update the drawings whenever the model changes. To accelerate drawing completion, Autodesk Advance Concrete offers a large selection of automatic dimensioning, labelling and section tools: Associative and dynamic dimension lines Interactive sections Autodesk Advance Concrete lends itself to your methods and processes.

    Automated drawing creation Once the design is completed, Advance Steel offers a wide range of automated functions to create all the fabrication and general arrangement drawings. A large range of formats e.


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