For precast concrete, utilize specialized Revit extensions to automate assembly modeling and production documentation.
Because it operates on AutoCAD, the learning curve is minimal for professionals already familiar with Autodesk products.
Traditional 2D drafting requires manually updating every section and schedule when a design changes. Advance Concrete reduced design modification time by up to 50% by synchronizing models, views, and schedules globally. Minimized Construction Errors
: Identified spatial conflicts where rebar intersected with other steel elements or structural openings before sending designs to the field. Automated Documentation and Schedules
Building Information Modelling (BIM) has fundamentally revolutionized the construction industry, driving efficiency, reducing errors, and promoting high-quality delivery through integrated digital technologies. While legacy software systems, including Autodesk Advance Concrete, once served as primary tools for concrete modeling and detailing, the industry has shifted toward unified BIM platforms. As of early 2017, Autodesk officially discontinued Advance Concrete, marking a definitive transition towards Autodesk Revit for concrete workflows.
: Apply predefined or custom reinforcement solutions to complete the structural design. Documentation & Outputs :
Detailers could apply reinforcement rules to standard elements like beams and columns, and the software would automatically generate the correct rebar layout.
Automation of repetitive tasks like detailing and scheduling can significantly speed up project delivery.
Being based on AutoCAD, Advance Concrete fits seamlessly into existing AutoCAD-based workflows. It allows teams to transition from 2D drafting to BIM without abandoning familiar tools. Benefits of Using Advance Concrete
Generate accurate bar schedules (BBS) automatically, ensuring material optimization and reducing waste. 4. Interoperability and Workflow
