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Autodesk Revit builds information modeling software for architects, structural engineers, MEP engineers, designers and contractors developed by Autodesk.
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Mail Us:-info@futuregentechnologies.comPhone: +91 8328253848 Autodesk Revit is building information modeling software for architects, structural engineers, MEP engineers, designers and contractors developed by Autodesk. Revit Structure Building Information Modeling (BIM) software for structural engineering provides tools specifically built for structural design and analysis. With the advantage of BIM, Revit structure helps to: Improve multi-discipline coordination of structural design documentation Minimize errors Enhance collaboration between structural engineers and extended project team member, such as architects, MEP engineers, and owners The Fundamental benefits of BIM 3D Visualization Improved coordination Accurate Estimation of Quantities and Cost Automated Collision Checks Quick changes to design, No Repetitive Tasks High Quality Construction Documents Expedite the Floor Planning Tender Management Enhanced Collaboration and Productivity BIM 4D and 5D High Level of Flexibility Meet Owners Taste and Style
Introduction Core Concepts Introducing building information modelling (BIM) Working in one model with many views Understanding Revit element hierarchy Getting Comfortable with the Revit Environment Understanding the different versions of Revit Exploring the application menu Exploring the application menu Understanding context ribbons Using the Properties palette Navigating views: Zooming, panning The basics of selecting and modifying Starting a Project Creating a new project from a template Accessing a multi-user project with work sharing Configuring project settings Adding Levels Adding Grids Refining a layout with temporary dimensions STRUCTURE COMPONENTS Placing beams and upgrading properties Placing structural walls Placing columns STRUCTURE COMPONENTS Creating of floors Adding a truss to the structure model Adding a brace to connect beams and columns Creating structural beam systems
SUB STRUCTURE COMPONENTS Adds footing to the building model Create foundation hosted by walls Adding foundation slab to the building model STRUCTURE COMPONENTS Placement of structural rebar Placement of structural area reinforcement Visibility and Graphic Controls Working with visibility and graphic overrides Using view templates Hiding and isolating objects in a model Understanding view range Schedules and Tags Understanding tags Adding schedule views Modifying schedule views Creating a key schedule Annotation and Details Adding text Adding dimensions Adding symbols Adding legend views Creating a detail callout Using arrays to duplicate objects parametrically Adding filled and masking regions Basic Editing Tools Using Filter Use Of The TAB Key Moving And Copying Copy And Paste
Mirror Linear Arrays Radial Arrays Extend And Trim The Align tool Offset Re-Hosting Elements Views Controlling Visibility Initial Plan Views View Duplication Elevations Sections Creating Callouts Ceiling Plans Section Box Scope Box The Basics of Families Understanding families Creating a new family from a template Using reference planes, parameters, and constraints Adding solid geometry Cutting holes using void geometry Adding blends Completing the family
Sheets, Plotting, and Publishing Adding sheets Outputting sheets to a DWF file Exporting to AutoCAD Plotting and creating a PDF