training _ formwok drawings module

7/29/2019 Training _ Formwok Drawings Module

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AutoCAD Structural DetailingFormwork Drawings Module

Presenter: MAGEMBE, K

Structural Engineer & CAD/BIM Specialist

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GENERAL DESCRIPTION OF THE PROGRAM

Simplifies the process of preparing formworkdrawings (plans of arrangement of structural

positions) of structure components.

define a structure model, create drawings

(sections, views, projections)

create formwork drawings of single structure

elements

prepare tables of material elements

estimate costs of a structure.

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GENERAL DESCRIPTION OF THE PROGRAM- 2

export elements of a structure model to

AutoCAD Structural Detailing -Reinforcement

and generate required reinforcement.

prepare bids (quick modeling, cost

estimation).

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Ribbon

At the top of the interface is the standardMicrosoft Windows element ribbon.

replaces the traditional menu and toolbars

allows easy managing and adjusting theworkspace.

consists of several panels grouped on tabs

that are named by task or subject

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Layout/Model Tab Bar

At the bottom of the drawing area is thestandard AutoCAD Model/ Layout Tab Bars

There is one additional tab defined

o Edition Layout

On the Edition Layout tab, you can modify the

drawings (documents) generated for the

structure elements or group of elements

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Object Inspector & Model, Layout

and Edition Tabs

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Object Inspector

quick access to project elements from everystage of work

helps you manage your project

By default, the Object Inspector dialogdisplays on the left side of the interface,

beside the drawing area

You can adjust the width of the dialog to leaveas much space as possible for drawing the

graphic model.

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Object Inspector - 2

On the Model tab is a list of model elements

(beams, walls, columns), organized by story,that have been defined in a structure

By default, the whole structure model is called

Building.Elements found on the list may be selected

using the mouse cursor

When selected on the list, an element issimultaneously highlighted in the drawing area

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The Parts Edition tab is used to collect

information about machinings of an element

allows to delete machinings of individualelements

The tab is filled according to the selection ofelements.

It is blank if you have not selected any elements

If selected elements have not any machiningsthis tab displays the message that there areno such elements

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The Printouts tab lets you manage printouts

in AutoCAD Structural Detailing.

It displays the list of all printouts and the

associated views defined in the project

The list includes all printouts, even those that do

not contain views.

Use the ASD Center tab to copy databases

(sections, prefabricated elements, materials)and styles between projects.

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The graphics

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Program Preferences

Preferences

The Preferences are located in AutoCADs

Options dialog

The Structural Detailing tab lets you select thedefault start template and workspace name

for the Formwork Drawings module.

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Program Preferences - 2

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Job preferencesThese preferences are related to a

particular template and project

After you have started working on a

project, it is not possible to change

work units.

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Work stages in the program

Defining a model / loading a model from

other programs:o a structure model includes 3D elements of a 3D

structure

o

drawings will be prepared for these elementsAssigning positions to structure elements:

o a position is an object that organizes structuremodel elements

Automatically creating drawings of a buildingmodel

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Work stages in the program - 2

Automatically creating drawings of a buildingmodel:

o after you assign positions to model elements, the

program automatically creates drawings of a

building

o Drawings can be edited using the tools available in

AutoCAD Structural Detailing - Formwork

Drawings or the AutoCAD standard options.Exporting model elements to other programs

/ printouts

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Creating a Concrete Building Structure

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Creating a Concrete Building Structure - 2

In this lesson, you will create the above

building model using the tools available

in the Formwork Drawings module of

AutoCAD Structural Detailing

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CREATING A NEW PROJECTIn this exercise, you will create and

name a project in which you will define a

concrete building structure

1. Start the Formwork Drawings module of

AutoCAD Structural Detailing:

2. Click ASD - Start >

(Formwork Drawings)

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1. Click > New

2. In the Select template dialog,

select RBCX - 044 (English template)

3. Click > Save

4. In the Save Drawing As dialog:

Navigate to the desired location

For File name, enter TrainingFormworkModule Click Save.

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ADDING A WORKFRAMEIn this exercise, you will create a 2Drectangular workframe, which facilitates thedefinition of a structure model on the plane.

1. Click ASD Model>Elements > (Workframes).2. On the Definition tab, for Horizontal axes and

Vertical axes, enter values that define the spacing of workframe axes as shown (2000 and 2500)

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On the Description of axis tab, keep the

default settings.

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On the Representation tab, under Text,

for Color, select Black.(as appropriate)

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Click , and then click 2 points

along the X axis to specify the workframe

insertion location

NOTE: Be sure that Ortho Mode in AutoCADis on (press F8 to switch is on/off)

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DEFINING STORY HEIGHTIn this exercise, you will define the

height of a story in the structural model

1. At the bottom of the Object Inspector,

double click the value for Height

(the default value is 3.00 m).

2. Type 3.20 m and press Enterfor the new value.

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ADDING COLUMNS1. Define a new section of column:

Click ASD Model>Elements> (Column)

On the Section tab, click

(to the right of Name).

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In the Section list dialog, click(Create new)

In the Section definition dialog, for Name,type R25X25; for B width and H Height, type 250.

Click OK, and then click Close

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2. Insert columns into the Ground-floor

level

On the Section tab, click (insert) to

insert columns

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In the drawing area, click to select the

following axes intersection:

2A, 3A, 3B, 3C, 3E, 4A, 4E, 4B, 5C, 5E, 7B, and 7C.

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ADDING WALLSIn this exercise, you will define walls

and place them in a project.

1. Define a new section of wall:

Click ASD Model > Elements > (Wall)

On the Section tab, for Thickness, type 250

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2.Place walls on the ground floor:

On the Section tab, click ( points) to place

walls

In the drawing area, click to select the followingaxis intersection: 2A, 2C, and 3C, and then press

Enter.

Using the same method, define a wall with axis

intersection at 5E, 7E,7C and then at 5B, 5A, and4A as shown.

Close the dialog.

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ADDING DOORSIn this exercise, you will define doors i

n the walls

1. Define doors and their location inn the wal

ls:

Click ASD Model > Openings > (Door)

Select the wall on axis 2 On the Geometry tab, keep the default settings for

Name and Handle point

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On the Vertical definition tab, specify the

level of the window with respect to wall as0, and click (insert) to insert theselected door type.

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2. Insert doors in the walls:

On the command line, type r to define theopening location from the reference point,

and then click on the intersection of axes aand A to define a new reference point.

Specify the distance (enter a value) as 4200,and then press Enter.

Close the dialog.

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Using the same method, define doors in the

walls on axes 5, 7, and C as shown

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ADDING WINDOWSIn this exercise, you will define windowsin the walls:

1. Define windows and their location in the

walls

Click ASD Model > Openings > (Windows)

Select the wall on axis 2 On the Geometry tab, keep the default settings for

Name and Handle point.

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On the Vertical definition tab, specify the

level of the window with respect to wall as600, and then click (insert) toinsert the selected window type.

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2. Insert windows in the walls: On the command line, type r to define the

opening location from the reference point,

and then click on the intersection of axes 2and A to define a new reference point.

Specify the distance as 1800, and then pressEnter. Close the dialog.

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Using the same method, define windows on

the walls on axes 5 and 7 as shown.

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ADDING SPREAD FOOTINGS In this exercise, you will define spread

footings under the columns.

1. Define a new type of spread footing:

Click ASD Model > Elements >

(Spread Footing)

On the Section tab, click(next to Name).

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In the Spread footing list dialog, click

(Create new)

In the SPREAD footing: definition dialog,

for Name, enter R120x120x60, enter 1200 forboth the length and width, and then enter600 for the height of the spread footing.

Click OK, and then click Close.

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2. Insert spread footings under the columns

of the ground floor:

On the Section tab, click

(Under column) to insert spread footings.

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Using a crossing window, select all

objects on the ground floor, and then

press Enter.Close the dialog.

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ADDING CONTINUOUS FOOTINGSIn this exercise, you will define

continuous footings under the wall

1. Define Continuous footings:

Click ASD Model > Elements >

(Continuous Footing)

On the Section tab, keep default settings for allcategories.

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2. Insert Continuous footings under the walls of

the ground floor:

On the Section tab, click (Under wall)

to insert continuous footings

Using a crossing window, select all objects on the

ground floor, and press Enter. Close the dialog.

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ADDING BEAMS In this exercise, you will define a new beam

section and place in the project.

1. Define a new section beam: Click ASD Model > Elements > (Beam)

On the Section tab, for Name, enter R25X50

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2. Place beams on the ground floor

Click (points) to place beams

In the drawing area, click to select 2A and

4A, and the press Enter Using the same method, define a beam at each

of the following axis intersection:2B and 7B, 3C and 7C, 3E and 5E, 4A and 4E,5B and 5E, 7B and 7C, as shown on next slide Close the dialog.

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3.Specify an isometric view of the defined

story:

Click View > Views> (SW Isometric).

On the command line, type visualstyles, andthen press Enter. In the Visual Styles

Manager dialog, double click

(Conceptual).

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4. Restore the top view:

On the Visual Styles Manager dialog, double

click (2D Wireframe)

Close the dialog. Click View> Views> (Top)

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ADDING A SLABIn this exercise, you will define a floor

slab.

1. Define thickness and geometry of the slab:Click ASD Model > Elements > (Slab)

On the Section tab, keep default settings for

Thickness and Material and for Offset of slab edge,

enter 125

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Click (Points) to start defining the slabgeometry

In the drawing area, click to select the

following intersections: 2A, 1A, 1D, 3D, 3E,8E, 8C, 7C, 7B, 6A and 2A.Press Enter, and then close the dialog.

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ADDING AN OPENING IN THE SLABIn this exercise, you will define an

opening in the floor slab

1. Define the opening:

Click ASD Model > Openings > (Opening/Recess

in slab)

In the drawing area, select the tab on the ground

floor

On the Geometry tab, click (Create new)

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In the Opening definition dialog, for Name,type R500x200; for B width, type 5000; andfor H Height, type 2000.

Click OK, and then Close

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2. Specify the opening location

For Handle point, select Lower Left.

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Click (Insert) to define the openinglocation.

In the drawing area, click at intersection3B to insert the opening, and then pressEnter. Close the dialog.

To change the location: select the opening,and click on the grip in lower left corner.On the command line, type @500,500, and thenpress Enter.

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COPY A STORY In this exercise, you will copy an existing

story

1. To specify an isometric view of the ground, clickView > Views > (SW Isometric).

2. Copy the Story:

In the Object Inspector, expand Building (if necessary),

and select Ground

floor. Right

click and click Copystory.

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In the Copy active story dialog, specify thenumber of copied stories as 2, and then clickOK

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NOTE: Higher stories were createdautomatically. Notes that not all of the

selected elements were copied. Elements

characteristics only for the ground

floor level (such as footings) were

omitted.

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DEFINE A TOP STORYIn this exercise, you will define the top

story of the building model. Using the

Copy/Move option, you will add a fewnecessary elements (walls and columns)

from the second floor, and then you will

add additional beams and slab.

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1. Restore the top view:

Click View > Views > (Top)

In the Object Inspector, double click Story

2 (+9.60m) to make it the active view.

2. Insert an additional story

In the Object Inspector, select Story 2

(+9.60m), right-click, and click InsertStory

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On the command line, type a to specifythe orientation of the inserted story as

above, and then press Enter. In the Object Inspector, select Story 3

(+12.60) and change its height (at the

bottom of the Object Inspector to 3.20 m)

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3. Copy selected elements from story 2 to thenew story: Make Story 2 (+9.60 m) the active view.

Select walls in axes 2 and C, then select columnsat the following intersections: 2A, 3A, 3B, 3C,4A, 4B and 4C.

Click ASD Model > Modify >(Copy/move elements)

In the Copy/Move selected elements dialog, selectStory 3 (+12.80 m) as the destination of copiedelements, and the click OK.

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4. Define additional beams on Story 3: Make Story 3 (+12.80 m) the active view

Insert beams (refer Adding Beams exercise)R25x50 between 2A and 2A, 2B and 4B, 3C and4C, 3A and 3C, and 4A and 4C as shown in thenext slide.

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5. Define an additional floor slab on Story 3:

Insert a slab using the Diagonal method (click )

with the parameters shown below.

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Click intersection 4A to specify the slabstart point, and intersection 1D to specifythe end point.

Close the dialog.

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6. Specify an isometric view of the wholebuilding module:

Click View > Views > (SW Isometric )

Click ASD Model > Display > (Wholebuilding).

On the command line, type visualstyles, andthen press Enter. In the Visual StylesManager dialog, double click

(Conceptual).

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AUTO

POSITIONINGIn this exercise, you will automaticallyassign names (positions) to all modelelements. This process is calledpositioning in AutoCAD StructuralDetailing.1. Define the syntax of position names:

Click ASD Model > Settings > (Jobpreferences).

In the left pane of the Job Preferences dialog,select Elements > Position name.

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Change the syntax for slabs ( ):Slab {%S_num)_{%El_num}, and then click OK.

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2. Create automatically position names.

On the Model tab of the Object Inspector, right-click Building, and click Automatic positioning.

On the Automatic positioning dialog, accept the

default parameters, and click Run.

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CREATING A FOUNDATION PLANIn this exercise, you will automatically

generate a foundations plan.

1. Automatically generate a foundation plan: Click ASD Model > Setting >

(Job preferences)

In the Job preferences dialog, select Drawings >

Foundation plan, and verify that the parameters on

the Definition tab are as shown (default

parameters), and then click OK.

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On the Model tab of the Object Inspector, right

click Building, and click Create foundation plan

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IntheObjectInspector,clickthePositionstab.

Thetitleofthegenerateddrawing

(Foundationplan1)displaysonthePositionstab.

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ADDING DESCRIPTIONS AND DIMENSION LINES TOFOUNDATIONS PLANIn this exercise, you will automatically

describe elements and create dimension lines.1. Automatically describe elements

Click ASD Model > Settings (Job preferences

In the left pane of the Job Preferences dialog,

select Units. Define the Description units as

shown, and the click OK

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ClickASDDrawings>DrawingsEdition

(Elementdescription). Selectallstructure

elementsonthefoundationsplan,and

pressEnter. Adddescriptionstoallelements

(columns,walls,spreadfootings,continuous

footings,andopenings).

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g g

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2. Adddimensionlines: ClickASDDrawings>DrawingsEdition

(Groupdimensionline).

Atthebottomofdrawing,selectthespreadfootingsandcontinuousfootingsindicated

bythedottedlinesintheimagebelow.

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Clicktoindicatethestartandendpointsofthedimensionline,thusdefiningits orientation,andthenclicktospecifyits location.

NOTEAgroupdimensionlineletsyoucreate dimensionlines

forseveralstructureelementsincluded inastructureplanorview.Whenyoudelete certainelements(suchasopenings)orchangetheiroveralldimensions,themodificationsare instantlyreflectedintherelevantdimension chains,so thatyoudonot needtoredefinethedimensions.

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Selectthegroupdimensionlineyoujustcreated,rightclick,andclickModify.

OntheBasicparameterstaboftheDimensionlinesdialog,forDistancebetweenlines,

type6.0[mm],andthenclickClose.NOTEParametersofdimensionlinescanbedefinedintheabovedialogorbyclickingDimensionlines>GroupintheJobPreferencesdialog.

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ClickASDDrawings>DrawingsEdition >(Simpledimensionline).

NOTE:Thisoptionisusedtodrawdimensionlinesforsinglestructureelementsdisplayedincreatedplansorsection

sofadesignedobject.

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g g

Usingthefollowingimageasaguide,click

toselectpoint1asthedimensionlinestartpoint,andthenclickpoint2astheendp

oint.Allelementsthatareintersectedbyt

helinewillbedimensioned.

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NOTEThesoftwaredrawsthedimensionlinefortheindicatedelements,andwill

groupdimensionlinesappropriately.

Selectthesimpledimensionline,right

click,andclickModify.

OntheAutoCAD StructuralDetailing

taboftheDimensionlinesdialog,

specifytheparametersasshownbelow.

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Click close

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Usingthesamemethod,addtheremainingdimensi

onlinesonthefoundationsplandrawing.

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CREATINGASTORYPLAN Inthisexercise,youwillautomaticallygenera

te astoryplan,andthenwilladddescriptionsanddimensionlines.

1. Automaticallygenerateastoryplan: ClickASDModel>Settings > (Jobpreferences).

IntheleftpaneoftheJobPreferencesdialog,selectDrawings> Storyplan.

OntheGeneralparameterstab,specifytheparametersasshownbelow,andthenclickOK.

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CreatingaConcrete uildingStructure 00

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OntheModeltaboftheObjectInspector,

rightclickStory1,andclickActivatestory

Rightclick,andclickCreatestoryplanor

,clickASDDrawings>DrawingsGeneration>(StoryPlan).

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2.Adddescriptionsanddimensionlinesto

thestoryplan: ClickASDDrawings>DrawingsEdition>

(Elementdescription). Selectallstructure

elementsonthestoryplan,andpressEnter.Descriptionsareaddedtoallelements.

Usingthemethodlearnedpreviously(Group

andSimpledimensionlineoptions),adddimensionlinestothestoryplan.

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g g

CREATINGAVERTICALSECTIONInthisexercise,youwillautomaticallygenerateacrosssection,andthenwilladdelevationmarksanddimension

lines.1. Automaticallygenerateacrosssection:

ClickASDModel>Settings>(Jobpreferences)

IntheJobPreferencesdialog,selectDrawings>Verticalsection

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OntheGeneralparameterstab,specifytheparametersasshownbelow,andthenclick

OK.

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g g

NOTE:Afteryouhavefinishededitingastructuremodel,youcanindicatethelocati

onwhereyouwanttocreateaverticalse

ctionofthemodel. OntheLayout/ModelTabBar,clicktheModel

tab

ClickView>Views> (Top)

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ClickASDDrawings>DrawingsGeneration> (Createverticalsection)

Inthedrawingarea,drawlinesthat

intersectthestructuremodelanddefinethedepth(pointsdefiningtheintersect

inglineandthedepthofthevieware

illustrated

below).

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Afteryoudrawthelines,averticalsection

iscreatedintheeditionlayout,andyou

canthenmodifythedepthoftheviewusing

grips.Youcanhavevariousdepthson

particularsegmentsinyourverticalsection

asontheimage above.

ClickASDDrawings>DrawingsEdition>

(Insertelevationmark).Insertelevationmark

sasshownbelow.Justclickoncetoaddelevationmark.

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Usingthemethodlearnedpreviously(GroupandSimpledimensionlineoptions)adddimensionlinestothesectionplan.

NOTETheAdd/Deleteadivisionpoint ofadimensionlineoptionsarealsoveryusefulwhenyouadddimensionlines.YoucanfindtheseoptionsontheDescriptions,dimensionsandsymbolstool

bar.

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CREATING AN ELEVATION VIEW AND A 3DVIEW In this exercise, you will automaticall

y generate an elevation view and a3D view.

1. Generateanelevationview: OntheLayout/ModelTabBar,clickthe

Model tab.

ClickView>Views> (Top).

ClickASDDrawings>DrawingsGeneration>(Createelevationview).

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Usingthefollowingimageasaguide,

click

points

1

and

2

to

indicate

thefrontoftheelevation,andthenclick

point3todefinethedepthofthe

elevationview.

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Theelevationshoulddisplayasshownbelow.

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2. Generatea3Dview:

OntheLayout/ModelTabBar,clicktheModeltab

ClickView>Views> (FreeOrbit).

ClickASDDrawings>DrawingsGeneration> (Create3Dview).

OnthePositionstaboftheObjectIn

spector,selectthegenerated3Dview

View1,andchangethescaleto1:100

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PREPARINGAPRINTOUTInthisexercise,youwillcreatethe

finaldrawing.Inthisstageofevery

project,alloperationsareperformedin

printoutlayouts.

1. Addasheet:

OntheModel/LayoutTabBar,rightclickthe

AutoCADlayouttab,andclickFrom

template.

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NOTE:Aprintoutlayoutisanobjectof the

AutoCAD program,andisusedforthecompositionofafinalprintout.For each

printoutlayout, thereisoneprintout

When

you

lay

out

elements

on

the

printout,youareworkingwithviews.Whenyou

changethescaleofaview,italso

affectsthefinaldrawing.

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IntheSelectTemplateFromFiledialog,selectanA0formattemplate(forexample,

A0ASD033.dwt)

IntheInsertLayout(s)dialog,clickOK.

2. Addviewstotheprintout:

Clickonthenewlycreatedtab,A0ASD.

OnthePositionstaboftheObject

Inspector,selectFoundationplan1.

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Rightclick,andclickAddtocurrent

Printout.

Inthedrawingarea,clicktospecifythe

basepoint.

Repeatfortheremainingviewssothatthe

finallayoutisasshown.

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3. Addmaterialtakeoffs:NOTEThetablemaybeaddedonlytoa createdtemplate(generateddrawing).It cannotbeinsertedtoastructuremodelor

to

the

edition

layout. ClickASDDrawings>Tables>(DetailedElements).

IntheFilterselementsectiondialog,specifytheparametersasshownbelow,andthenclickOK.

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Inthedrawingarea,clicktodefinethetableinsertionpoint

DothesamewiththeSummaryelementsand

Detailed-

openingstables,whicharealsoavailable

onASDDrawings> Tables.

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AutoCAD Structural Detailing

Formwork Drawings Module

training _ formwok drawings module

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