Metric Tutorials - Autodesk

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The analytical model lines and planes are now connected at the same location for analysis purposes. 6 Click File menu ➤ Close. You can save the open file if you wish. In the next exercise, a new training file is provided. 7 Proceed to the next exercise, Examples of Automatic Adjustment in the Analytical Model on page 480. Examples of Automatic Adjustment in the Analytical Model The analytical model that is generated in Revit Structure has discrepancies that are not suitable for direct integration with structural analysis and design software. Revit Structure provides the capability to automatically adjust the analytical model to reduce or eliminate these discrepancies for newly created elements as well as the ability to disassociate or reassociate the auto-detect parameter for existing elements. NOTE The auto-detect feature automatically adjusts the analytical model when creating the following structural elements within a project. ■ Creating beams The corresponding beam to slab projection planes are matched. For example, setting both planes to level 2 as shown: ■ Creating columns Places the analytical model of columns and walls in the same plane as shown: ■ Creating slabs and walls 480 | Chapter 14 Structural Analytical Modelling
Aligns the vertical and horizontal analytical projection plane of walls, despite any variation in wall thicknesses or projection plane location as shown: If a wall and slab are joined, the top or bottom plane of the wall’s analytical model will coincide with the slab analytical model as shown: If a wall has a portion that extends beyond the roof (commonly known as parapets), it can be excluded in the wall’s analytical model to exclude loads that extend above a level with framing members. Examples of Automatic Adjustment in the Analytical Model | 481
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Revit Structure 2009 Metric Tutoria
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copyright owner or contributors of
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Modifying Snap Settings . . . . . .
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Annotating . . . . . . . . . . . .
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Adding Slope Arrows to a Shed Roof
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The Contents tab of the Revit Struc
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10 In the left pane of the Choose T
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Understanding Autodesk Revit Struct
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The Menu Bar The Toolbar By default
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The Design Bar is located on the le
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You can use the Project Browser to
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18 On the Design Bar, click Modify.
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5 Click Zoom Out (2x). In the drawi
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End a command 18 On the Undo menu,
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Creating a New Project In this firs
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2 Click File menu ➤ Import/Link
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Adding Column Grids In this exercis
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13 Select the next grid line below
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Training File Continue to use the p
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11 Using the same method, place a c
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7 Drag the wall towards the left ed
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34 | Chapter 2 Express Workshops
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Notice the completed structural wal
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9 Sketch lines along the drawing pe
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9 On the Design Bar, click Symbolic
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17 Click File menu ➤ Save. 18 Pro
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Adding Foundations 13 Click File me
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NOTE The individual isolated founda
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View rebar in 3D 4 Enter ZF (Zoom t
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Footing reinforcement detail Column
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Notice that the area reinforcement
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Add a break line 54 | Chapter 2 Exp
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Copy the rebar 13 On the Design Bar
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22 Click to place the rebar. 23 Wit
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3 On the Options Bar, click (Edit C
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■ On the View Control Bar, for Mo
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Importing/Linking a DWG File In thi
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Modifying Project and System Settin
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27 Click Settings menu ➤ Options.
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13 Navigate to C:\My Documents or a
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Modifying Snap Settings 25 Proceed
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16 Place the cursor over the horizo
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All of the exterior walls of this p
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TIP Typically, your training files
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3 On the View Control Bar, click Mo
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11 Click View menu ➤ Visibility/G
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27 On the View Toolbar, click . Not
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23 Click File menu ➤ Save. 24 Pro
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■ Completed Structure w/ Roof&Flo
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7 Click View menu ➤ Zoom ➤ Zoom
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The Perspective Line Weights tab co
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NOTE You cannot select specific sca
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Settings Menu Command Structural Se
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Modifying Views and View Templates
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29 To create additional 3D views, c
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3 Under General, enter the desired
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In this exercise, detailed instruct
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3 Under Settings, click Setup. 4 Cl
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Starting a New Project In this tuto
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The halftone of the imported drawin
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The halftone of the imported drawin
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Set options Exterior facade outline
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Copying levels NOTE If you are prom
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Manage links 27 In the Element Prop
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Creating a Structural Model In this
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As you select subsequent grid lines
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20 Click the column to select the a
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25 Click File menu ➤ Close. To sa
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7 Press ESC. Notice that columns ar
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Adding Horizontal Framing In this e
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NOTE If necessary, you can select t
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12 On the Design Bar, click Finish
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Automatically create a beam system
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Beam system displays with dashed li
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Revit Structure provides a deck spa
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■ Enter SM (keyboard shortcut for
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3 On the Modelling tab of the Desig
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5 In the Filter dialog, do the foll
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NOTE Although you previously added
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Specify the top of steel 11 On the
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27 Select the beam that spans the m
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3 On the Modelling tab of the Desig
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■ In the left pane of the Open di
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Adding Shafts 11 Proceed to the nex
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Duplicating Framing 18 Click File m
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13 On the Design Bar, click Finish
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33 In the Filter dialog, click Chec
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5 On the Basics tab of the Design B
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Edit the slab 22 In the Project Bro
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The corner points of the slab are h
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Each line will be extended and trim
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Sketch split lines 3 Select the atr
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Place additional points Delete spli
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View section view of slab 18 In the
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Add the miter join 3 On the View Co
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The miter join is complete. 9 Click
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Notice the miter lock remains locke
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8 Click the grid line so the beam s
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14 In the Element Properties dialog
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Approximate the curve of the analyt
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3 On the Architectural tab of the D
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Change the stiffener plate properti
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14 On the Family Design Bar, click
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30 Navigate to a folder of your pre
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Sketch the atrium walls 1 In the Pr
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Adding Piers or Pilasters To save c
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6 Select the exterior face of the f
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Copy the framing and slab to Garage
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Completed ramp Add a sloped beam sy
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NOTE Depending on where you draw th
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Precast Concrete In this tutorial,
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9 Proceed to the next exercise, Cha
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4 On the Options Bar, click . 5 In
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Open the beam profile 6 In the Fami
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22 Press ESC. 23 Click the referenc
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37 Enter AL (this is the keyboard s
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Modify the right tee of the beam 49
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Creating Drawings In this tutorial,
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NOTE The Project Path parameter in
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NOTE If necessary, you can select t
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NOTE This exercise requires the com
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15 On the View Toolbar, click , and
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Notice there are 3 typical detail v
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Importing Details from the Library
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■ Click OK. Because you are impor
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■ Click Open. 11 In the Insert Vi
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15 Working from the top down, enter
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Scheduling In this tutorial, you le
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■ Under Type of Parameter, select
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Select a filter Format units A new
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23 In the Schedule Properties dialo
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Customizing the Type Schedule In th
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9 While pressing CTRL, select multi
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■ Click OK. 17 In the Element Pro
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Group rebar columns Enter rebar dat
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NOTE The cost value represents a ra
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2 Right-click the column schedule,
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■ In the Element Properties dialo
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7 Click OK. 8 In the Element Proper
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Split the column schedule 21 Right-
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Add additional sheets The first seg
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tables. For example, instance table
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Steel Details In this tutorial, you
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9 Draw a section as shown. 10 On th
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Detailing Steel 32 Click File menu
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Next, you create 2 detail lines tha
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18 Select the middle vertical line
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Label the angles and the plate 29 O
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7 On the Options Bar, click . 8 Ent
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9 Next, select the back of the chan
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Creating a Deck Span Transition Det
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25 On the Design bar, click Modify.
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Concrete Reinforcement Modelling In
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NOTE You can open or close the Reba
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18 Pace a single rebar at the botto
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Notice that the rebar sets are visi
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Reinforcement in a Column In this e
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View rebar in 3D 22 On the Options
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■ In the left pane of the Open di
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10 Use the ViewCube to rotate the m
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Remove the major bars The area rein
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Notice the rebar for the major span
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Sketch the area reinforcement 8 In
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The area reinforcement for the slab
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Change bar type 5 On the Options Ba
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NOTE The line weights in your file
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4 Press ESC. 5 Double-click the sec
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Sketch rebar parallel to the footin
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Mirror the rebar 27 On the Options
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48 On the Options Bar, click . 49 O
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To save changes, click File menu
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Place horizontal rebar ■ Click Mo
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31 Drag the sketch line up towards
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40 Press CTRL, and select the outsi
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47 On the Toolbar, click , and draw
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Annotating and Dimensioning In this
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Create a linear dimension 29 On the
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Edit dimension witness lines 12 On
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20 To end the editing command, clic
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position, while the second componen
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Align the windows on the floor plan
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2 On the Design Bar, click Dimensio
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■ Move the cursor up and to the l
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16 On the Options Bar, select Leade
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Add spot coordinates to a sloped be
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Tag all beams in plan view 1 In the
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■ In the Beam Annotations dialog,
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24 In the Edit Label dialog, under
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■ Click OK. 35 In the Type Select
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Align the beam tag ■ Under Catego
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■ Click OK. 21 Click File ➤ Sav
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Worksets On many building projects,
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8 In the Worksets dialog, click New
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You have created the required works
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In this exercise, you enabled Works
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All structural columns in the model
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In the Worksets dialog, notice User
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Assign the roof workset 13 Select t
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25 In the Save to Central dialog, s
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A warning is displayed informing yo
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42 Click File menu ➤ Save to Cent
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14 In the Editing Requests dialog,
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Project Coordination You have recei
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Page 441 and 442: Review location of grid B The concr
Page 443 and 444: Review wall modifications The eleva
Page 445 and 446: Notice the categories for the archi
Page 447 and 448: There are 7 instances of interferen
Page 449 and 450: 12 In the Interference Report dialo
Page 451 and 452: If Visible is not selected, any rev
Page 453 and 454: If Visible is not selected, any rev
Page 455 and 456: 23 On the Design Bar, click Finish
Page 457 and 458: The Activate View command activates
Page 459 and 460: 8 Proceed to the next tutorial, Str
Page 461 and 462: Structural Analytical Modelling 14
Page 463 and 464: NOTE If the visibility of loads is
Page 465 and 466: The unsupported element is highligh
Page 467 and 468: Run a consistency check Review warn
Page 469 and 470: 9 In the Element Properties dialog,
Page 471 and 472: The first table is the Load Cases t
Page 473 and 474: 2 On the View Control Bar, click th
Page 475 and 476: TIP Be sure to click the Area Load
Page 477 and 478: ■ Select WIND1(3) for Load Case,
Page 479 and 480: This grid is drawn for reference on
Page 481 and 482: Load Combination 36 Click File menu
Page 483 and 484: 26 In the Structural Settings dialo
Page 485 and 486: The load combinations are displayed
Page 487 and 488: Create a load schedule Define the f
Page 489: 3 Click Tools menu ➤ Analytical M
Page 493 and 494: Adjust the beam to slab vertical of
Page 495 and 496: The vertical projection plane of th
Page 497 and 498: 19 Double-click the section bubble
Page 499 and 500: The vertical projection plane for t
Page 501 and 502: The brown line represents the analy
Page 503 and 504: The horizontal projection plane of
Page 505 and 506: 53 Click the beam, and on the Optio
Page 507 and 508: Boundary Conditions In this exercis
Page 509 and 510: Notice the boundary condition now d
Page 511 and 512: Exporting Revit Structure Files You
Page 513 and 514: ■ Under Prefer, select AutoCAD Ar
Page 515 and 516: Exporting a 2D view to AutoCAD Trai
Page 517 and 518: Export sheets 1 Click File menu ➤
Page 519 and 520: When the sheets are opened in AutoC
Page 521 and 522: About Families and the Family Edito
Page 523 and 524: The following illustration shows ho
Page 525 and 526: General procedure for creating a st
Page 527 and 528: Creating Components in the Family E
Page 529 and 530: Modify the angular reference plane
Page 531 and 532: 18 Select the dimension that refers
Page 533 and 534: The dimensions displayed in the fol
Page 535 and 536: 43 Select the upper dovetail dimens
Page 537 and 538: Create a new project 59 Click File
Page 539 and 540: 83 Proceed to the next exercise, Cu
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Notice the opening in the beam chan
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Place dimensions 6 On the Design Ba
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15 On the Options Bar, for Label, s
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Launch the rebar shape browser 36 O
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Sketch the extrusion Make sure the
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27 Click to place a third copy of t
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Join extrusion elements to each oth
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The titleblock has linework, text,
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18 On the Options Bar, click , and
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Create a new 10mm text style 5 On t
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26 Move the cursor down 120mm, and
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Add drawing data labels 40 On the D
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55 Click OK twice. Add sheet number
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Adding the Titleblock to a New Proj
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Truss Building In this tutorial, yo
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The truss is placed between the col
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21 Enter ZF (keyboard shortcut for
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35 Click the top endpoint of the co
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Modify each truss 40 On the View to
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8 In the Element Properties dialog,
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NOTE Check the Status Bar to make s
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Attach the roof 3 Click Edit menu
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Creating a Custom Truss Family In t
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14 Click the intersection of the bo
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27 In the Project Browser, under 3D
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Add framing elevations 8 On the Bas
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24 On the Tools toolbar, click . 25
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36 On the Design Bar, click Ref Pla
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The completed truss is displayed. 4
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Creating Multiple Design Options Wh
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4 In the Project Browser, expand Vi
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Notice the 12 columns that you adde
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Notice that the beams complete the
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55 On the Basics tab of the Design
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Three more roof beams are placed at
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11 On the Basics tab of the Design
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Add the louvers to the design optio
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The louver roof system is complete.
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The louver roof system is complete.
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14 In the Project Browser, under Vi
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Linking Building Models and Sharing
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■ Auto - Origin to Origin: The or
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The condo complex building model is
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Rotate the townhouse The townhouse
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Copy the townhouse The townhouse is
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38 On the File menu, click Save. NO
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Notice that the townhouse is now at
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Apply halftone 12 Using the same te
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10 In the Save As dialog, navigate
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4 In the Manage Place and Locations
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Save locations Notice the OK button
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Working with a Linked Building Mode
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7 Click View menu ➤ Zoom ➤ Zoom
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8 Click OK. Sort schedule data In o
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Project Phasing In any project, you
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Phase 2 (north) After you add phase
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In the Element Properties dialog, n
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23 Use a crossing window to select
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to determine which phase is shown a
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Apply the Demo Red graphic override
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Dataset ■ Click File menu ➤ Ope
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20 In the Project Browser, expand F
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Rendering Views and Creating Walkth
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Training File ■ Click File menu
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11 In the Render Appearance Library
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32 Click Settings menu ➤ Object S
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42 Specify options in the Rendering
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3 On the Site tab of the Design Bar
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3 Zoom out, and select the crop bou
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Creating the Exterior Rendering In
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9 In the Rendering dialog, click Sh
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Adjust the exposure 28 In the Rende
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Add an RPC figure to the view 1 In
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15 Proceed to the next exercise, Cr
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7 Click Window menu ➤ Close Hidde
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15 Maximize the 3D view, and adjust
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9 Close the Rendering dialog. Creat
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■ Shading with Edges ■ Renderin
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8 Verify that the crop boundary of
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5 Select the target point of the ca
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Roofs In this tutorial, you learn h
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9 Sketch a similar reference plane
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Notice that the breezeway roof pene
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You begin by sketching the perimete
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Creating a Roof with a Vertical Pen
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18 On the View toolbar, click (Defa
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12 Repeat the trim procedure on the
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Creating a Shed Roof from a Footpri
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2 Select the shed roof over the ent
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4 Select the two gable end lines (t
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6 On the View toolbar, click (Defau
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Create a flat roof by footprint 1 I
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Open a section view 12 In the drawi
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Add elevation points The roof is no
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27 Press and hold CTRL, and select
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Creating Roof Fascia In this exerci
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3 In the Properties dialog, click E
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4 Select the roof. 5 On the Design
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Grouping Using the grouping functio
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3 Draw a selection box (lower-right
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Place instances of the group 9 In t
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17 Select the kitchen in the stairw
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Save the training file Modifying a
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Add elements for a unique condition
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Nesting Groups 25 On the Design Bar
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6 Press TAB, select the wall betwee
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3 On the Drafting tab of the Design
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7 On the Options Bar, click (Filter
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Continue using the training file sa
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