Tekla Structural Designer หนังสือ

1. สวัสดีครับ วันนี้ทางผู้เขียน มีความยินดีเป็นอย่างยิ่งที่จะได้นำเสนอ หนังสือเขียนแบบ 3D อีกเล่มให้เพื่อนๆได้อ่านกัน ทางผู้เขียน คิกว่า หลายคนอยากที่จะใช้โปรแกรมนี้ แต่ยังติดขัดที่ไม่รุ้จะเริ่มต้นอย่างไร
ลองดูนะครับ หวังว่า จะเป็นประโยชน์ ต่อเพื่อนๆนะครับ (22 Sep 2017)

โหลดคู่มือ โปรแกรมเทคล้า สตรัคเจอร์
อ.คิเคียวยะ กิมจิซัง
แปลและเรียนเรียงโดย คุณปิยะ พ่อธานี วศบ.เกษตร (ดินและน้ำ) ม.ขอนแก่น

2. สวัสดีครับเพื่อนๆ วันนี้ เราจะมา update หนังสือ โปรแกรมเขียนแบบ Tekla Structures อีกเล่มที่มีเผยแพร่ใน internet บ้านเรา และผู้จักทำ blog เห็นว่า มีประโยชน์ สำหรับใครที่สนใจ ที่จะเรียนรู้ โปรแกรมดังกล่าว และเป็นอีกทางเลือก นะครับ (01 Nov 2017)

โหลดคู่มือ โปรแกรมเทคล้า
โดย อ.ปวริศร์ ศิริพิพัฒกุล และ คุณพฤฒิธรรม แก้ววิชิต

3. สวัสดีกันอีกครังนะครับเพื่อนๆ อันที่จริงเราก็อยากจะให้เพื่อนๆ ทุกท่านที่รักในการอ่าน ได้มีหนังสือดีๆ และเป็นประโยชน์ กับเพื่อนๆที่สนใจ วันนี้เราก็มี คู่มือ TEKLA V15 มาให้เพื่อนๆได้อ่านกัน ถึงจะไม่ค่อยตรงกับที่เพื่อนของเรา ต้องการ แต่ทางผู้จัดทำ blog ก็จะพยายามหามาให้ได้อ่านกันนะครับ
วันนี้เป็น หนังสือของ เวฟไซร์ TUMCIVIL.COM ที่เคยลงเผยแพร่ ให้เพื่อนๆได้อ่านกัน เราก็เลยหยิบมาให้เพื่อนๆได้อ่านกันอีกทาง (15 Dec 2017)

โหลดคู่มือ โปรแกรมเทคล้า V15
โดย นายพัชรพงษ์ ปลอดกำ สาขาวิศวกรรมโยธา มหาวิทยาลัยเทคโนโลยีสุรนารี

CONCRETE AND STEEL DETAIL
. .() .
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1
Tekla Structures Tekla Structures $ (StructuralEngineer) (Detailers) ( Fabricators ) 9$$
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NEMETSCHECK ,SAP 2000, GT STRUDL , Buildsoft ,CONSTEEL , PROKON , StruSoft ,CSC , NISA MicroStation.
Drawing wizards $ 9$ CNC.
$9 $$$9 mF1 $9
$ Tekla Structure $ Undo Redo 9$$$ $$9$$ $$ 9$$$
/$ Configurations
TeklaStructures $$99$$999$ $ Tekla Structures 9$$
$ Roles
$/$ Tekla Structure18.0 $$ C$$$// //$ //
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All : Contractor : $ Engineer : Multi-material Detailer : $/
$$
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Precast Concrete Detailer : $/
Steel Detailer : $$
/$ : Up-to-date drawing

$$ 3 $$$ $ Standard drawing report template $ Template $ Template Editor
$// : Sharing models
$$$9$ 9 9 9$$99$$
$$$ Languages and Environments
$$$$$ $ $$ South East Asia 9$ 9$$ $ : Chinese simplified (chs) , Chinese traditional (cht), Czech (csy), Dutch (nld), English (enu), French (fra), German (deu), Hungarian (hun), Italian (ita), Japanese (jpn), Polish (plk), Portuguese (ptg), Portuguese Brazilian (ptb), Russian (rus), Spanish (esp)
file and folder names " Tool >Change Language > OK A A"
$$$$ $9 $$9 9 $ 99 $9 wizards 9 , Report , Templates $
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$$$
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$$$$ Tools > Change Language...
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Australasia,Brazil,China,Europe,Finland,France,Germany,India,Italy,Japan,Korea,Netherlands,Norway,Portugal,SouthAfrica,SouthEastAsia,Spain,Sweden,Switzerland(French),Switzerland(German),Switzerland(Italian),Taiwan,UnitedKingdom,UnitedStates(Imperial), United States (Metric)
$$$ (Single-user mode vs multi-user mode )
$$$$ 99$$9
Single-user mode: $$
$$ Single-user $$9
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Multi-user mode: $$
$$$ multi-user mode.
Tekla Structures Editors: $
$$
Model Editor: $
$ $I$$ Drawing $ Report $$$
Drawing Editor: $ Drawing
$ Drawing $ Drawing y$ Drawing y
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Symbol Edit: $C Symbol
$ Symbol Editor (SymEd) $$ Symbols $$ Drawings, reports, templates. y Symbol Editor Tools > Symbols... $ Model $ Drawing Editor.
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Template Editor: $ Template
$$ Template Editor (TplEd) $$$ Templates used Drawings Reports. y Template Editor Tool > Templates$y Template Editor
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Custom Component: /C
$9I $ $9$ 99 $99$ y9I I Detailing > Edit custom
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/ Interface overview
9$99$$ Tekla Structures
$$ Tekla Structures
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/Tekla Structures $$`$$$ $ Tekla Structures
$9m$$$ Windows Start button.
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Tekla Structures 19.0 Tekla Structures login dialog box
environment, role, and configuration $$ m OK.
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$ Tekla Structures 999
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1.2 Toolbars
$a$/$/$/ // $ ` C $ $ $
General
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Selecting:
Snapping : $
Snap Override
Point : $$
Concrete : $
Steel : $$
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Components : I$9
Inquire : 9
Assembly : $
Cast Unit : 9
Modeling Tool :
Detailing :
Zoom :
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Load and Analysis : I
Drawing :$9$

CNC : CNC
Message Dialog : 9$9$
9 Drawing Objects toolbar ydrawing$ 9 adding annotation objects $9I$I
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m y999$ Mini Toolbar I$9$9$9 $$ Mini Toolbar
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/$ Loading dialog box properties
$$9$9$ 99m Load
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$ m Load.
1.3 $ Using commands 9$ $ Tekla Structures $9$99 99 $ Zoom $ Creating objects. $$ $
$ Running a Command
$$ Tekla Structures 999 m$$9,
1 m $ 2 $9 Detailing> Bolts >
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9 999 Edit > Repeat Last Command. m Enter.
Ending a command
999 1 Edit > Interrupt. 2 $I Interrupt pop-up menu. 3 m Esc.
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Undoing a command
$9$ Tekla Structures 9$. Undo. 3 m Ctrl + Z.
Redoing a command
9$ 9$$$9$ 9$ Redo. 3 m Ctrl + Y.
$ 9
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1.4 $$ Creating and modifying objects
9$$ Tekla Structures (model and drawing) $ Tekla Structures 9$$ 999 99 99I$$ 99
$ Creating an object
$$ y9$999:
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99 $ beam double-click Shift $$ Modeling > Create Steel Part > Beam.
9 $9$ Tekla Structures $$9
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$ Modifying an object
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1.5 Selecting objects $ TeklaStructures
/ highlights $9 99
$ (column or a beam) Advanced option
o Tool >Option >Advanced option (Ctrl+E) o XS_DISPLAY_DIMENSIONS_WHEN_SELECTING_OBJECTS. o I9 TRUE
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yy rollover highlight : Switching rollover highlight on or off
$$I$ Tekla Structures highlights $ rollover highlight yy 999
1 m H. 2 Tools > Options > Rollover Highlight.
C Selection switches
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Selecting multiple objects
$ drawings. $ () 999 m$I$$I$$9
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Selecting handles
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// Selecting assemblies and cast units
9
$99 Select assemblies $m y$ Tekla Structures 99
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/$/ Selecting nested assemblies and components
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$ Modifying the selection
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Tekla Structure " " "" " 5 : Tekla Structures " . Tools > Options > Advanced Options... > Modeling Properties. advanced option XS_OBJECT_SELECTION_CONFIRMATION. " 5000 milliseconds 5 > OK. " Tekla Structures " > Cancel.
1.6 $ Copying and moving objects $ $$(linear)$(rotation)$(mirroring) $999 $9 $$ assembly cast unit Tekla Structure assembly 9$$ 99 sub-assemblies sub-assemblies $99
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$$ reinforcements or surface treatments $$9$ reinforcement or surface treatment $9 99$$$ 9 Circular $$ $ drawing objects 9 drawing views 99
$ Limitations
Tekla Structures 999 (connection properties). Copy Special > Mirror... mirror 9 $9 99 99
Duplicate objects
$ Tekla Structure $$ Tekla Structure $$99999 9$9 bounding $9$9 $ XS_DUPLICATE_CHECK_LIMIT_FOR_COPY_AND_MOVE $
$ Limitations
Tekla Structure 9$$$9 the Array of Objects (29) component. Copying an object : $ 9$9 $ Edit > Copy, (right-click) Copy (pop-up menu) $ drawing Edit > Copy > Linear, (right-click) Copy > Linear (pop-up menu) $
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9
9 Edit> Undo $9 Edit > Interrupt.
Tekla Structures 9 Tekla Structures 9 9$$$9$
/ Copying an object by specifying distance from origin
99 model drawing 9 $99$ (Enter a Numeric Location dialog box) //:
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$ Edit > Copy. $ II$ 99 9 I Tekla 999$ m OK. p$// Copying an object linearly to a new position $ Copy Special > Linear... command $$ p$//: $ Edit > Copy Special > Linear.... 9 dX, dY $ DZ$ x, y, z 99: Enter the number of copies. Copy.
$ Copying an object using drag-and-drop
$: 1 Tools > Options > Drag and Drop y$ 2 $ 3 m Ctrl mI99 grid labels drawing grid label y$$$ I grid label
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( 9 ( ) 9
$ Edit > Copy Special > To Another Plane.
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(point of origin) (first plane) (point on the first plane) x (point on the first plane) y 3-5 $
Copying an object to another object
$ 9 $$ 9$9$
$ Copy Special > To Another Object (source object). (target object).
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Edit > Copy Special > From Another Model... $ 9 999 y$9X
$ Limitations
9$9$$ Tekla Structures only copies secondary parts from the model if they belong to the same phase as their main part. This applies to both model and component parts.
$ Moving an object
$ $$ 9$9
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$ Edit > Move, Move
$9$ Edit > Move > Linear Move > Linear
$$
$9 $9$
$$ Moving an object by specifying distance from origin
999$$ $9 Enter a Numeric Location dialog box 9 $99
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$$99
$$ Edit > Move Special > Linear... 2 9 coordinates 9 dX, dY, and dZ
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" " fA selection switch
$ Moving an object to another plane
$ -3 $$9 $
$$ Edit > Move Special > To Another Plane. $ x y 35 $
$ Moving an object to another object
$ $I 9 $$$ $99 $
$$ Move Special > To Another Object
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$9 $
Rotating objects
$$$ 9$$$ (work plane) ($)
$ Rotating an object around a line
$$ $$$$ $
$$ $$ Edit > Copy Special > Rotate... $ Edit > Move Special > Rotate...
o $ Around list box. o $9coordinates o 9 coordinates
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: 9 dZ 999$ z
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9 9$ construction line 9 coordinate $9
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z
$ z $$ z
z $$ 9
y$
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9 coordinates 9$9 9
$ 9 dZ 999$ 9
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9
$ 9$
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/$ Rotating drawing objects on the work plane
9$$ (work plane)
$$$99y$ (Activate the rotation command)
9$ Edit > Copy > Rotate.... $9$ Edit > Move > Rotate.... 9 coordinates $ 9 9 $.
Mirroring an object
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$ $ 99$
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Mirror in the model
$$ $99$ (Activate the mirroring command) Edit > Copy Special > Mirror... $ Edit > Move Special > Mirror... $9 coordinates 9 coordinates 9 $
9$ Mirror in the drawing
$$ $99$ (Activate the mirroring command) Edit > Copy Special > Mirror... $ Edit > Move Special > Mirror... $9 coordinates 9 coordinates 9 $
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CC $
Keyboard shortcuts for copying and moving objects
Command Keyboard shortcut
Copy Ctrl+C
Move Ctrl+M
Smart Select S
Drag and drop D
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2 $ $ $99$ $9$
$99
1. Snap $ 2. 3. $$
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4. 9 5. 6. $9$$9$ 7. $ Dock floating
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mm
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/ Enhanced tooltips
9$9 9$
$ $$$ Options > Enhanced Tooltips. Menu tooltips $$$9 Enhanced tooltips 99 menu tooltips $9$999$$ 9$9$ $9
$$99$ Tools > Options > Menu Tooltips
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Tekla Structures 9 $ 3 Select.... $ m
" > Tekla Structures """> apply """
`-` / Switches Select switches and Snap settings
y-y $ $ select switches $$ 9$ Select welds 9y$ Tekla Structures $ selects welds 9 $9$ $
2 y$9 9$9 $ $$$ snap switches to 99 9 $ Line end $ Intersection
$ 9$9$9 $$9
Xsnap (T), SmartSelect 9 (S) Drag
and drop 9 (D)
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9$9 hierarchy (09) m$I$ Pan 9
Scroll 9$ 9$9 $
Tekla Structures $$9$9$9$9$$ 99 $ $9$99
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Smart Select (S) and Drag and drop (D)
9 component hierarchy (09)
m$I$ (Pan or Scroll)
$ Toolbars > Message Panel. $9$9$9 Tekla Structures
$ Warning messages
Tekla Structures 9$ $ $ 9 Do not show this message again .
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9$$ $
$$/ Using windows
$9$$9 y$$9 9X $9999 $$$99$9$ 9$9$ $ Window View $9
Window > Cascade Horizontally $9y9$9$
Window > Tile Horizontally $9y99
Window > Tile Vertically $9y99
Window > Close All y$9$
View > Update All $9
View > Redraw All
" Cascade, Tile Horizontally Vertical "" Tekla Structures ." XS_MDIVIEWPARENT, XS_MDIZOOMPARENT, and XS_MDIBASICVIEWPARENT in the online help. $9 $ View menu.
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3 $ Toolbars
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99$9. $ $$$ () 99 $9 m Ctrl $$ $9$$9 99 y$9$ 9$9I$ 9 Tools > Toolbars $$
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$9 Tekla Structure Editor. 9$$9$$$ 9$ Tools > Toolbars $
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$ $$$m $$Im9$m$$
General
$ y I $ $ $
New : $9
Open : y$$
Save : $$ $
Undo : $9
Redo : 9
Reports : 99
AutoDrawing : $$9$$$
Open drawing list : y$$$
Print drawings : $I9$
Create basic 3D view : $ 3
Create view by two points : $ 2
Create basic 3D view of a part : $ 3
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Open named view list : y
Create clip plane : $
Fit work area using two points : $ 2
Set work plane : 9$
Set work plane to view plane : 9$
Set work plane by three points : 9 3
Set work plane to part top : 9$9
Insert reference model : 9$
Copy :
Move : $
Inquire object : $$
Measure horizontal distance :
Measure vertical distance :
Measure free distance :
Measure angle :
Measure bolt spacing : 99X
Number modified objects : $
Clash check : $
Project status visualization :
Create a screenshot of a view without borders
: $9$
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Publish as Web page : I$I
Show macros :
Open model folder : yI$
Customize : 9$$$
$ Concrete
$$
Create pad footing : $9
Create strip footing : $9
Create concrete column : $
Create concrete beam : $
Create concrete polybeam : $9
Create concrete slab : $
Create concrete panel : $9
Create reinforcing bar : $$
Create reinforcing bar group : $9
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Create reinforcement mesh : $
$ Steel
$$ 9

Create beam : $
Create column : $
Create curved beam : $$
Create polybeam beam : $9
Create orthogonal beam : $$
Create twin profile : $$
Create contour plate : $9
Create bolts : $X
Create weld : $
Insert reference model : $
$ Detailing
$$
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Open component catalog : yI
Create current connection : $$9$9
Display the Auto connection setup dialog box
: 9$9
Create face surface treatment : $$
Create fitting : $
Create line cut : $$
Create polygon cut :
Create part cut
: $99$ $
$ Points
$ $ 99$$$
Create grid : $$
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Add point on plane :
Add grid line : $
Add point along extension of two picked points
: 2
Add points at intersection of two lines
: $ 2 $
Add projected points on line : $
Add points parallel to two picked points
: 2
Add points on line : $
Add points along arc using center and arc points
: $$I$
Add points along arc using three arc points
: $$$ 3
Add points along tangent to circle
: $$I$
Add points at intersection of plane and line
: 9$
Add points at intersection of part and line
: $
Add points at intersection of circle and line
: $
Add points at intersection of two part axes
: 2
Add points at any position : 9
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Add fixed distance : $
Add reference distance : $$
Add construction plane : 9$
Add construction line : $9$
Construction circle- center point and radius
: $$9$I
Construction circle- three points : $$9$ 3
Selecting
$
Select all :
Select connections : $9
Select parts :
Select surface treatments :
Select points :
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Select grid : $
Select grid line : $
Select welds :
Select cuts and fittings :
Select views : $
Select bolts : 9X
Select single bolts : X
Select reinforcing bars : $
Select loads : 9$
Select planes :
Select distances : $$
Select component : I$
Select objects in components
:
I$
Select assemblies

:
$
Select objects in assemblies
:
$
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Available select filters
: $
Select filter
:
Snapping
The Snapping toolbar contains commands for picking different positions and points.
Snap to points and grid intersections
: $
Snap to end points :
Snap to center points : I
Snap to mid points :
Snap to intersection points : $
Snap to perpendicular points :
Snap to nearest points(point on lines) (F6)
: $$
Snap to part of Extension lines : $9
Snap to any position (F7) : 9$
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Snap to reference lines/points (F4) : $$ / ( F4 )
Snap to geometry lines/points (F5) : $ / ( F5 )
Auto :
View plane :
Outline planes
:
Tools
Snap to part of Extension lines : $
Snap to part of Extension lines : $
Snap to part of Extension lines : $
Snap to part of Extension lines : $
Snap to part of Extension lines : $
Snap to part of Extension lines :
Snap to part of Extension lines :
Snap to points and grid intersections : $
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Snap to end points
:
Snap to center points
Snap to mid points : I
Snap to intersection points
Modeling Tools
:
Snap to perpendicular points : $
Snap to nearest points(point on lines)(F6)
:
Snap to part of Extension lines : $$
Snap to any position(F7) :
Snap to reference lines/points(F4) : 9$
Snap to geometry lines/points(F5) : $$/
Auto : $9/
:
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Load and Analysis
Snap to part of Extension lines :
Snap to part of Extension lines : 9
Snap to part of Extension lines :
Snap to part of Extension lines :
Snap to part of Extension lines :
Snap to part of Extension lines :
Snap to part of Extension lines
: 9
Snap to part of Extension lines :
Snap to part of Extension lines : I
Snap to part of Extension lines : $I
Snap to part of Extension lines : $9
Snap to part of Extension lines : 9
Snap to part of Extension lines : 99
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Snap to part of Extension lines : 9$
Snap to part of Extension lines : 9$
4 |$
Inputting information
|$ Inputting information
$9$9$ $m 3 m9 Select $9$
99$9 $9 9$
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1. List box for saved properties 99$$ 2. Tabs 3. Modify filter check-boxes 9$ 4. Retains the properties and closes the dialog box 9
y9$9 5. Retains the properties without closing the dialog box 9
99$9y9$9 6. Modifies the selected object(s) without retaining the properties
$99 7. Fills the dialog box with the properties of the selected object 9
99$$m $9$9
8. Toggles all the modify filter check-boxes on and off 9$9
9. Closes the dialog box without retaining the properties or modifying my999 9$
10. objects $9$9$9 11. Buttons m999$9$9
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/ Position on work plane
9$ Middle Right Left Original reference line

9
$$
$$$ $$$9
$$ $$$
$$ 1-2 $$ 200 mm.
$$ 1-2 $$$$ 200 mm.
$$ 1-2 $$$ 200 mm.
/ Position depth
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9 $
Middle Front Behind
Beam
9
$$
$$$$9
$$$
9 100 mm.
$$9 100 mm.
$9 100 mm.
/ Contour plate
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9$ Contour plate $ plates:
$$
$$$$9
Rotation
$9 Contour Plate
$$$9 Contour Plate
$$9 Contour Plate
Work Plane
$9 Contour Plate
$$$9 Contour Plate
$$9 Contour Plate
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$$ Front $ Top $ Back $9 Below
Tekla Structures 9 ( Clockwise ) Local x axis. 9
$$ Front
$9 Below
$ Top 10 Local x axis
$ Back
Column
Local X axis
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$$ Front
$ Top
$ Back
$9 Below
/ Vertical position Y
9 I$
Middle $9 Down $ Up
9
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Middle Column
$9 Down Column 9$9 y
$ Up Column 9$ +y
9 Middle 100 mm.
$99 Down Column 9 -y =100 mm.
$9 Up Column 9 +y =100 mm.
Vertical => Down Column
y
$I
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Down Column = 100
Vertical=>Down
9 Vertical Down= 0.00 $9$$
9 Vertical Down = 100 $9 $$9 100 .
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Down Column = 200
Vertical =>UpColumn
9 Vertical Down = 200 $9 $$9 200 .$ y
9
9
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Up Column = 0.00
Up Column = 200
Vertical=>Middle
9 Vertical Up = 200 $9 $$9 200 . y
9 Vertical Up = 0.00 $9 $$9 0.00 . y
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/ Horizontal position X
9 I$
Middle " $$ Left $ Right
9
9 Vertical Up = 100 $9 9 100 . y
x y
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Middle Column "
$$ Left Column " -x
$ Right Column " +x
9 Middle 100 mm. " x =100 mm.
$$9 Left 100 mm. " x =100 mm.
$9 Right 100 mm. " +x =100 mm.
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5 $$ Creating grids $$ Creating grids $$
1. Modeling > Create Grid... or click 2. 99 3. $$ m Create
$$9$ $ 9I9$9 X0, Y0, Z0 $9$ 99$99$ X0, Y0,Z0
$$ Creating grid lines
$$ 1. Modeling > Add Grid Line. 2. $$$ $$ 3. $$$ 4. $
$C`$
$I$ $y$$
Select grids
Select grid lines $
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$$ $$ 1. $99$ I Select grids 2. Double-click $ $9$9$9$
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6 $ Numbering the Model $ Numbering the Model
//$Tekla Structure.
$ $ Numbering series $
$/
9$ drawings $9$ $$ model General arrangement drawings 9$$ II9 9 9 9$ (drawings) , (reports), I NC files $9 models
9 (fabrication), 9$ (shipping), 9$ Tekla Structures 9 (part) (assembly) / 9 (cast unit) $ part assembly $ (prefix) 9 position number,9 9$ $I9$ (similar) 9 (different) Identical parts have the same number, which makes the planning of the production easier.
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We recommend that you plan the numbering in an early phase of the project. If other users are using the same model, it is even more important to make a numbering plan that everybody in the project follows. You should have the numbering ready before you create the first drawings and reports.
When planning the numbering, it can be useful to number the model in phases, for example first floor of the building first, then the second, and so on.
Give start numbers in wide ranges so that you do not run out of numbers. For example, start the first floor with the start number 1000 and the second with start number 2000.
If the numbering of a part or assembly is not up to date, a question mark (?) is displayed in the part label and in the Inquire Object dialog box, for example.
Tekla Structures $9,9,9$ $$9$ single-part, assembly, cast unit, and multi-drawings, 9I Tekla Structures $ 9
9 drawing $ right part, cast unit, or assembly 9 parts, cast units, and assemblies 9$9
$
Tekla Structures 99 999 $99$9
$ Beam orientation $ Column orientation Reinforcement 9 Cast-in embeds Surface treatment (assemblies) 9
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Pop Mark $ Shortening $$ User-defined attributes
99
9$ $9 View Properties
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1. m Display $9 Display 2. Advance 3. Part label 4. 9 Assembly 9$ 5. m Modify $m OK
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/ Numbering Setup
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9 Vertical
9 Vertical
9 Vertical
9 Vertical
9 Vertical
9 Vertical
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9 Vertical
9 Vertical
9 Vertical
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9 Vertical
9 Vertical
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Sort by :
Compare :
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9 $99 9 Part name check box , Tekla Structures $9 9$ 9 99 part retains its number, as long as only one part has that particular number, regardless of the settings in the Numbering Setup dialog box.
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Identical parts
Tekla Structures $ $99 (fabrication or casting). $99 99 $9 $ 9$$9 Tekla Structures 9$$99
Part geometry 9 Numbering series Profile 9$ Material Finish 9
You can set the degree of tolerance for part geometry in the Numbering Setup dialog box. If the geometry of parts differs within this degree of tolerance, Tekla Structures treats the parts as identical for numbering purposes.
Class and phase do not affect numbering. Tekla Structures gives the same number to identical parts that belong to different classes or phases.
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7 $$$ Creating and Modify Structures Tekla Structures $9$I 99$ I $9 9 members 9$
Beam $$ Poly-beam Column Concrete 9 Pad footing 9 Strip footing Panel 9 Slab
9$$
Beam $ Curved beam I orthogonal beam $$poly-beam column $9 twin profile $9 contour plate
$$ $$9
999$$9 (online help) $$ 1 $ Tekla Structures 9$ $$$ $ 2 $$
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/ Part properties
9$ 9 (Material),9$ Profile,9 Location, $). 9 $9$9$9. $9 $9 9 $ 9 9. Reports 9$ Drawing 99$$99$ Report templates.
Name $$$. Tekla Structures $ (reports) 9$ ( Drawing lists) 9 9
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Finish $$$$ 9 99$9 anticorrosive paint, I hot galvanized, fire retardant coating $ Class $9999 99 View >Representation > Object Representation... class 9 Profile /$ Tekla Structures $ I$$9$$ Standard profiles $ $$ Tekla Structures 9$ profile catalog $ $9$$9$ 99 9$9 9$ profile catalog $9$ Importing a profile catalog Profile catalogs are imported to Tekla Structures models as .lis files. You can move an exported .lis file to any model folder and import it into an existing profile catalog. To import a profile catalog: Open the model to which you want to import a profile catalog Click Modeling > Profiles > Profile Catalog... to open the Modify Profile Catalog dialog box. Click Import.... Browse for the folder that contains the import file, and select the file. Click OK. If the import file contains the whole profile tree, the Replace tree definition? dialog box appears, and you have two options: Yes: The existing profile tree is replaced with the imported profile tree. The profiles in the existing profile tree are placed at the bottom of the profile tree without hierarchy. No: The existing profile tree maintains its hierarchy and the imported profiles are placed at the bottom of the profile tree without hierarchy.
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If a profile with a same name as the profile being imported already exists, the Import confirmation dialog box appears, and you have three options:
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$$$ (Creating and modifying structures)
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$$9 $$9$
$$ $ Steel parts Assemblies Concrete parts 9 Cast units
Tekla Structures $ $
I 99$ $ 9 (material),$(profile),9 (location) $ 9 $9$9 $$$ drawing report templates.
Part handle $$$
$ (select) $ $9 $$9 $I$ $I$$ 9$ Tekla Structures 9$ Tekla Structures $ (highlights handle) $(yellow) 99 (magenta)
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| Part labels 9 $$ (user-defined attributes)(template attributes) $ ( part labels) $9 $9 9 $ 9 9
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(part labels) $ 1. (view) 9y$99 (View Properties)
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2. m Display... 3. 9$9 Display Advanced tab
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4. Part label 9 5. 9 (part labels)
a) 99 (Properties list)
b) m (Part label) 6. $$ $$ (user-defined attribute) or
(template attribute) a) User-defined attribute Properties
b) m $99 c) 9 Enter the attribute name m OK.
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7. m Modify.
(Concrete parts)
$9 $9 (pad footing) $9 (strip footing) $ (concrete column) $ (concrete beam) $9 (concrete polybeam) $ (concrete slab)
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$ (concrete panel)
$ (Creating a pad footing)
$9 (pad footing)
1. m Create pad footing
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2. 99
3. $$9
a. y9$99
b. $99
Profile : 1200x1800
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9 $9
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9 9 $9
c. m Modify
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$/ (Creating a strip footing )
$$9 (create a strip footing)
1. m Create strip footing 2. $$
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3. m$I a) y9$99
b) $99
2
1
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Position $9
End offset Dx = 750 Dy= -750
c) m Modify
4. $$$9$ $
2
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$ (Creating a concrete column)
$$
1. m Create concrete column 2. 9
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3. Tekla Structures $9 9$99
4. $$9
a) y9$99
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b) $9
9 Level Top : 3500 Bottom : -500
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c) m Modify
$ (Creating a concrete beam) $
1. m Create concrete beam
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2. $
3. 4. $$9
a) y9$99
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b) $9 9 Shape : 600*300
Position 9 End Offset Start Dx : 200 End : -200
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c) m Modify
$$ 9 Curved beam XY plane 9 6000
Number of segment = 1 m
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a) 9 Curved beam XY plane b) 9 6000
Number of segment = 20
c) m
a) 9 Curved beam XY plane b) 9 -6000
Number of segment = 20
c) m
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$$
a) 9 Curved beam XZ plane b) 9 6000
Number of segment = 20
c) m
d) 9 Curved beam XZ plane e) 9 -6000
Number of segment = 20
f) m
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a) 9 Angle 9 Start 45 End 0
b) m
c) 9 Angle 9 Start 45 End -45
d) m
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/ a) 9 Cambering 9 200
b) m
c) 9 Cambering 9 -200
d) m
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9 5600 mm.
a) 9 Shortening 9 100
b) m
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9 5500 mm.
c) 9 Shortening 9 -100
d) m 9 9 5700 mm.
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$/ (Creating a concrete polybeam)
99$9$ $9$$ $$9
1) m Create concrete polybeam 2) $$9 3) m$I 9
$$99
a) y9$999
b) $99
c) m
4. $$$9$ 9
$ (Creating a concrete slab)
$ $99 9 (chamfered)
$$9
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1. m Create concrete slab 2. $ 3. 9 4. $m$I$9
$$9
a) y9$999 b) $99
c) m
$ (Creating a round slab)
$$
1. $99$ : $ x : 2800x2800 mm.
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2. 9
3. 9
9 $$m Alt key $I$ $
4. m Alt + Enter 9$99
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5. I$ ( round chamfer) 9
6. 9 9 x :1400 mm.
$9$
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7. m
$ (Creating a concrete panel)
$$
1. m Create concrete panel 2. $$ 3. m$I
$$9 a. y9$99 b. $9$9 c. m Modify.
4. $$$9$
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$ (Steel parts) $$/
$ Creating a steel column $ Creating a steel beam $9 Creating a steel polybeam $$ Creating a curved beam $9 Creating a contour plate $ Creating an orthogonal beam $$9 Creating a twin profile
$ Creating a steel column $$To create a steel column:
1. m 2. 9 3. Tekla Structures $ 999$9
9 $$9
a) y9$99 b) $9$$ c) m Modify.
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$9$99IOrthogonal Beam """LA A copied and mirrored.
$ Creating a steel beam
$$
1. m $ 2. $ 3. 4. $$$9
a) y9$99 b) $9 c) m Modify.
$$9 Creating a steel polybeam
9$$9$$ $9 (bent plates) $ $$9
1. m $9 Create polybeam 2. $$$9
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3. m$I $$9
a) y9$99 b) $9 c) m Modify.
4. $$$9$ 9
$$ Creating a curved beam
$$$
1. m $$ 2. $ 1 3. $$ 2 4. $ 3
$$9
a) y9$99 b) $9 c) m Modify.
$/ Creating a contour plate
$9 $$9$99 9$
$$9
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1. m$9 2. $ 3. 9 4. $m$I
$$9
a) y9$99 b) $9 c) m Modify.
$// Creating a round contour plate
$$99

1. $9$9 2. 9 (plate) 3. $ (handles) 9 (plate)
m Alt $$$I$ $
4. m Alt + Enter $99 (Chamfer)
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5. (round chamfer) 9 6. 9$9 x
$99$ 7. m Modify
$ Creating an orthogonal beam
$$ (work plane)
1. Modeling > Create Steel Part > Orthogonal Beam 2. 9 3. $$9
a) 9y9$99 b) $9 c) m Modify
$/$/ Creating a twin profile
9$ 99999
$9$9
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1. Modeling > Create Steel Part > Twin Profile. 2. $ 3. 4. $$9
a) 9y9$99 b) $9 c) m Modify
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$C$$ (Custom Component) Tekla Structures $$$ 9 parts, 9 9 I$ (custom components) $I$ custom components $ Tekla Structures $9$9I$$ $$$ $I$$I(system component) Tekla Structure C (Basic)
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C (Basic) (/)
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C (Basic) (/)
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C$$ ( Custom )
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C$$ ( Custom ) (/)
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C$$( Plugin )
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C$$( Plugin ) (/)
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C/ ( Base plates )
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C/ ( Bearing )
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C PEB and Built Ups
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C PEB and Built Ups (/)
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C Clip angles
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C Concrete connections
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C Duct and Platework
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C End plates
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C Fittings and Notches
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C Foundations
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C Gussets
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C Gussets (/)
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C Haunches
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C Holes and Openings
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C Import and Export
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C Lifting and Safety
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C Offshore
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C Panels and Walls
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C Pipe and Tubes
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C Pipe and Tubes (/)
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C Reinforcement and Strands
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C PEB and Built Ups (/)
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$I$$ $ (custom component editor) $I$9 9
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$ Creating custom components
$9
$$
9 end plate component $$ (Creating a custom component) $ (Custom component types) 9$9 (end plate connection) $ 9 (end plate connection)
$$ (custom component) $$99$9(existing component) $$$ $$$$9$You then create a custom component by selecting the objects to include in th$ 9 (main part) (secondary parts) $$$
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$ (custom component) 9$ $$ $$$9 $9 $$ $$(custom component editor)
(Exploding components) $
$ $$ $
1. Detailing > Component > Explode component. 2. Tekla Structures
$$9$
/ end plate 9 end plate component 9$
$ end plate
1. Detailing > Component > Explode component. 2. end plate
Tekla Structures
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$9$ $$ $ end plate
$$ Creating a custom component
9$$ $$9$$ 9 parts cuts fittings 9$X bolts
$$9 $$$
$$$
1. Detailing > Component > Define Custom Component... 9$9 Custom Component Wizard
2. Types/Notes 9 Type list 3. (Enter a Name for the component) 4. $$ $9$
9 99I (main part)
5. Next
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6. 9$$$ (custom component) 7. Next 8. $$$
$
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$ Custom component types
$ 4 $
/
9
$99 (secondary part) $ (main part) 999
I
9 End plate 9 base connections
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$99
I

Stiffeners, (holes), studs, cleats (lifting brackets)
$9
$ symbol
(Built-up beams), $(frames) (sandwich panels)
9 $9
9$$
I
99 -
Panel-to-panel
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/ $ /Creating an end plate connection
9 $$ $
$ ( Explode Component) (pop-up menu)
$$9(end plate connection)
1. Detailing > Component > Define Custom Component... y$9 Custom Component Wizard.
2. Type/Notes tab, 9 Type 9 3. $
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1. m Next. 2. $$$
$ $
Tekla Structures 9(main part) (secondary parts,) $I(component symbols) $$
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6. m Next. 7. (column) (main part)
(secondary part) 8. m Next 9. (beam) (secondary part) $
(main part)
(multiple secondary parts) $$$ $ 30
10. m Finish
Tekla Structures I (component symbol) 9
$99 $9$ $$ 9 Tekla Structures 9$ $99$9 $$ $ (custom component editor)
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$ Adding a custom component to a model
$$component to a model:
1. m Ctrl+F yI Component Catalog. 2. Custom 9 list y custom components
Component Catalog. 3. custom component $ 4. custom component 5. $$$$ custom component
$9
/ : / end plate connection
9 9$99$ created end plate 9 99$ end plate connection 99 $I9$ custom connection $9$$9$ $$9 end plate connection 9$$
$9 end plate connection
1. m Ctrl + F y$9IX Component Catalog. 2. Custom 9$ custom components
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3. $9 End Plate $ ( custom connection )
Tekla Structures $
4. $ ( main part ) 5. $ ( secondary part )
Tekla Structures $9 end plate
$/C Custom component editor
9$9I
$9I$ y9$I (custom component editor) $9 (Custom component Browser) $99 (custom component settings) 9 custom component Closing the custom component editor
$/C$ ( About custom component editor )
9I$9 $9 $$I$9 $9I$ $$99I 9 stiffener $$$$ stiffener $ $ ( distance variables ) , 9999 ( plate ( beam )
$I 99$9$
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`C$/$ (Opening the custom component editor)
y$I$9$$$I$I$$$
$y$I$$ (custom component editor)
1. Detailing > Component > Edit Custom Component. 2. I custom component $$
99 (Custom parts) 9II(component symbol) $I $99m
I9y$
3. $I$$y$$9I
CC/C$$ (Custom component browser)
III$I$
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I$
I$
III9$I 9II9 Tekla Structures $ $I Tekla Structures $9III
/C (Modifying custom component settings)
9I9$$I
$99 9$999
9I
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Example: Determining the number of bolt rows
In this example, you will determine the number of bolt rows based on the beam height. You will use if statements in calculations.
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To determine the number of bolt rows:
1. Open the Variables dialog box in the custom component editor. 2. Create a new parametric variable. 3. Change Value type to Number for the variable. 4. Browse for Height of the beam in the Custom component browser. 5. Right-click Height and select Copy Reference in the list. 6. Enter the following if statement in Formula of the parametric variable:
=if (fP(Height,6047)< 301) then 2 else (if (fP(Height,6047)>501) then 4 else 3 endif) endif
fP(Height,6047) is the beam height reference copied from the Custom component browser.
The variable gets its value in the following way:
o If the beam height is under 301 mm, the value is 2. o If the beam height is over 501 mm, the value is 4. o If the beam height is between 300 and 500 mm, the value is 3.
7. Create a new parametric variable. 8. Change Value type of the new variable to Distance list. 9. Enter =P1+"*"+100 in Formula of the new variable.
In the formula, 100 is the bolt spacing and the P1 value is the number of bolt rows.
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10. Browse for Bolt group distance x in Custom component browser. 11. Link variable P2 to Bolt group distance x. 12. Save the custom component. 13. Close the custom component editor.
When you now change the beam height, the number of bolt rows also changes.
Example: Using construction planes for determining the stiffener position
In this example, you will use construction planes for determining the position of the stiffeners. You will position the stiffeners so that they divide the beam into three equally long sections.
To position the stiffeners using the construction planes:
1. Open the Variables dialog box in the custom component editor. 2. Create a new parametric variable. 3. Get the GUID of the beam.
a. Click Tools > Inquire > Object. b. Select the beam.
The Inquire Object dialog box opens.
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c. Check the GUID of the beam in the Inquire Object dialog box. 4. Modify the parametric variable.
o Enter =fTpl("LENGTH",1377) in Formula.
1377 is the GUID of the beam.
The value of the variable is now the same as the beam length. If you change the beam length, the value also changes.
o Enter Beam Length in Label in dialog box. 5. Create a new parametric variable. 6. Modify the new parametric variable.
o Enter =P1/3 in Formula. o Enter 3rd Points in Label in dialog box.
7. Create a construction plane.
. Click the Add construction plane button on the Custom component editor toolbar.
a. Pick the points and then click the middle mouse button to create a construction plane in the center of a stiffener at one end.
b. Pick the points and then click the middle mouse button to create a construction plane in the center of a stiffener at one end.
8. Bind the stiffener to the construction plane. . Select the stiffener. a. Hold down Alt and use area selection (from left to right) to select all
stiffener handles.
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b. Right-click and select Bind to plane. c. Bind the stiffener handles to the construction plane.
9. Bind the construction plane to the beam end. . Select the construction plane. a. Right-click and select Bind to plane. b. Bind the construction plane to the beam end.
10. Repeat steps 7 to 9 for the stiffener at the other end. 11. Change Formula to =P2 for the two distance variables that bind the construction
planes to the beam ends. 12. Save the custom component. 13. Close the custom component editor.
When you change the beam length, the position of the stiffeners changes so that the stiffeners divide the beam into three equally long sections.
Example: Replacing sub-components
In this example, you will add an option in the custom component dialog box to replace sub-components with other sub-components.
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To replace sub-components in a custom component:
1. Open the Variables dialog box in the custom component editor. 2. Create a new parametric variable. 3. Modify the parametric variable.
a. Change Value type to Component name.
Tekla Structures automatically adds the suffix _name in the variable name.
Do not delete the suffix.
b. Enter the name of the sub-components in Formula. c. Enter a descriptive name in Label in dialog box.
4. Link P1_name to the Name properties of both sub-components. a. Open the Custom component browser in the custom component editor. b. Browse for the Name attribute of a sub-component. c. Right-click Name and select Add Equation. d. Enter P1_name after the equals sign. e. Repeat steps 4b to 4d for the other sub-component.
5. Save the custom component.
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6. Close the custom component editor.
Example: Using properties files to modify a sub-component
In this example, you will add an option to use properties files to modify a sub-component in a custom component.
To use properties files to modify a sub-component:
1. Open the Variables dialog box in the custom component editor. 2. Create a new parametric variable. 3. Modify the parametric variable.
a. Change Value type to Component attribute file.
Tekla Structures automatically adds the suffix _attrfile in the variable name. Do not delete the suffix.
b. Enter the name of a properties file in Formula. c. Change Name of the new variable so that the prefix matches with the
variable linked to the component name.
The component name and component attribute file variables must always have the same prefix, otherwise they do not work.
d. Enter a descriptive name in Label in dialog box.
4. Open the Custom component browser in the custom component editor. 5. Link P1_attrfile to the Attribute file property of the sub-component.
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6. Save the custom component. 7. Close the custom component editor.
You can now modify the sub-component using the Properties file option in the custom component dialog box.
Example: Using user-defined attributes in custom components
In this example, you will link parametric variables to user-defined attributes of the panels. You can then use the user-defined attributes in view filters to show or hide the panels.
To use user-defined attributes in a custom component:
1. Open the Variables dialog box in the custom component editor. 2. Create a new parametric variable. 3. Modify the parametric variable.
o Change Value type to Text. o Enter Type1 in Formula. o Enter Panel1 in Label in dialog box.
4. Open the Custom component browser in the custom component editor. 5. Browse for User-defined attributes of the first panel.
You will link P1 to the USER_FIELD_1 attribute. However, the attribute is not visible in the Custom component browser.
6. Make the user-defined attribute visible in the Custom component browser.
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a. Double-click first of the panels.
The panel properties dialog box opens.
b. Click User-defined attributes....
The dialog box for user-defined attributes opens.
c. Go to the Parameters tab. d. Enter text in the User field 1 box. e. Click Modify.
7. Click Refresh in the Custom component browser.
USER_FIELD_1 appears under User-defined attributes in the Custom component browser.
8. Link P1 to USER_FIELD_1.
9. Create two new parametric variables and link them to the user-defined attributes of the other two panels.
10. Save the custom component. 11. Close the custom component editor.
You can now create a view filter and hide or show panels using the User field 1 attribute and the Formula values you entered for the parametric variables in the filter.
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5. Modify parametric variable P3. o Change Value type to Number. o Enter Number of Posts in Label in dialog box.
6. Inquire the GUID of the beam. a. Click Tools > Inquire > Objects. b. Select the beam.
The Inquire Object dialog box opens.
c. Check the GUID of the beam in the Inquire Object dialog box. 7. Change Formula of P3 to =(fTpl("LENGTH",6969) -(P1*2))/P2.
fTpl("LENGTH",6969) is the length template attribute of the beam and 6969 is the GUID of the beam.
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The number of the posts is calculated as follows: first the end distances are subtracted from the beam length and the result is divided by the post spacing.
8. Open the Custom component browser in the custom component editor. 9. Link parametric variable P2 and P3 to the properties of Array of objects (29).
10. Bind the first post to the beam end. . Select the post in the custom component editor view. a. Hold down Alt and use area selection (from left to right) to select the
post handles. b. Right-click and select Bind to Plane. c. Bind the handles to the beam end.
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11. Bind the last post to the other beam end following the instructions in step 10. 12. Modify all distance variables.
o Change Formula to =P1. o Change Visibility to Hide.
13. Save the custom component. 14. Close the custom component editor.
You can now change the spacing and the end distance of the handrail posts in the custom component dialog box. Tekla Structures calculates the number of posts based on the spacing, end distance and the length of the beam.
/ : $ Excel spreadsheets custom components
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999 Excel spreadsheet custom component. 9 $9 Excel spreadsheet $9connection
I9 spreadsheet file $ component_"component_name".xls 9 component_stiffener.xls stiffener custom component Tekla Structures $9 spreadsheets 9$9
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/ Exporting custom components 9 custom components $I$
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9 (new models) $ custom components These tips help you in sharing custom components. Store custom components together. It makes them easy to find and export. Provide essential information If you distribute your component to other users, remember to list the profiles it works with. Use library profiles when possible. Then you do not have to copy user-defined profiles when you copy the component to other locations. Remember to copy user-defined profile cross sections with your custom component. Custom component tips This section provides useful hints and tips that help you create and use custom components more efficiently. Click the links below to find out more: Tips for creating custom components Tips for sharing custom components Existing custom components in a new Tekla Structures version Tips for creating custom components These tips help you in creating useful custom components. Enter short, logical names for custom components. Use the description field to describe the component and explain what it does.
Create simple components for specific situations.
It is faster and easier to model simple components. They are also much easier to use. Avoid creating a super component to use in every possible situation.
Consider creating a component model.
Use the model to create and test custom components. Use the simplest part you can. For example, if all you need is a rectangular shape, use a rectangular plate, not a contour plate. Rectangular plates only have two handles, so you only need to create a few bindings to manipulate them. Contour plates require more because they have four handles.
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Rectangular plate Contour plate Only model parts as accurately as you need. If the only part information required is a part mark on the GA drawing and a quantity on the materials list, create a simple bar or plate. If you later need to include the part in a detailed view, simply re-model the part more accurately. Model embeds as custom parts and include them in components. Existing custom components in a new Tekla Structures version
When you start using a new version of Tekla Structures , always check that custom components created in older versions work correctly in the new version. When you open custom components created with an older version of Tekla Structures in the custom component editor, and the new version contains improvements requiring update, Tekla Structures asks whether you want to update the component. If you do not update the component, it works in the same manner as in the version where it was originally created, but you do not gain the benefits of the improvements. If you choose to update the component, you need to check and sometimes recreate dimensions depending on the improvements. When you delete a dimension and create a new one (even with the same name), the equations containing the dimension also need to be modified, because the dependency created by the equation is lost when a dimension is deleted. You can recreate the dimensions and modify the equations in the custom component editor.
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Formwork components This section introduces formwork components. Beam Formwork Beam Formwork creates a timber formwork around a beam. Availability To use the component, do one of the following: Create a new model using the Cast in Place - Contains formwork component model template in the default environment. The component is in the Component Catalog. Import Cast_In_Place_Metric.uel to the Component Catalog from the C:\TeklaStructures\18.1\environments\common\components_sketches\CIP folder or the C:\ProgramData\TeklaStructures\18.1\environments\common\components_sketches\CIP folder. Objects created Timber formwork (bottom and side plywood panels, supports, whalers) Ties Clips Use for
Part
Bottom and side plywood panels
Bottom and side supports
Whaler
Tie and clip
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Beam Use the Beam tab to control the dimensions, spacings and part properties of the plywood panels and supports in the Beam Formwork detail. Dimensions
Description
Define the spacing between side supports.
Define the beam form length.
Define the distance to first bottom support from the form edge.
Define the spacing between bottom supports.
Define the bottom support length.
Plywood panel and support properties
Option Description
Bottom Profile
Define the thickness, width and height for the bottom plywood panel.
Side Profile Define the thickness, width and height for the side plywood panel.
Bottom Support
Define the thickness, width and height for the bottom support.
Side Support
Define the thickness, width and height for the side support.
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Option Description

Pos_No Define a prefix and a start number for the part position number.
Material Define the material grade.
Name Define a name that is shown in drawings and reports.
Class Define the part class number.
Beam formwork properties
Option Description
Beam Define a name, prefix and start number for the beam formwork cast unit.
Parameters Use the Parameters tab to control the whaler properties and the dimensions and spacings of the clips and whalers in the Beam Formwork detail.
Dimensions
Description
Define the whaler extension length.
Define the number of whalers and clips in vertical direction.
Define the vertical spacing between clips.
Define the vertical distance to first clip from the form edge.
Define the horizontal distance to first clip from the form edge.
Define the horizontal spacing between clips.
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General Beam Form General Beam Form creates plywood panels and supports. You can use General Beam Form as a stand-alone component or as a subcomponent for the Beam Formwork detail. Availability To use the component, do one of the following: Create a new model using the Cast in Place - Contains formwork component model template in the default environment. The component is in the Component Catalog. Import Cast_In_Place_Metric.uel to the Component Catalog from the C:\TeklaStructures\18.1\environments\common\components_sketches\CIP folder or the C:\ProgramData\TeklaStructures\18.1\environments\common\components_sketches\CIP folder. Objects created Plywood panels on sides and bottom Supports on sides and bottom Use for Situation Description
Beam form in a beam formwork.
Limitations General Beam Form works only with rectangular beams. Selection order Pick the start point. Pick the end point. The beam form is created automatically. Part identification key
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Part
Side support
Side plywood panel
Bottom plywood panel
Bottom support
Column Formwork Column Formwork creates a timber formwork around a column. Availability To use the component, do one of the following: Create a new model using the Cast in Place - Contains formwork component model template in the default environment. The component is in the Component Catalog. Import Cast_In_Place_Metric.uel to the Component Catalog from the C:\TeklaStructures\18.1\environments\common\components_sketches\CIP folder or the C:\ProgramData\TeklaStructures\18.1\environments\common\components_sketches\CIP folder. Objects created Timber formwork (plywood panels and supports on sides) Clamps Use for
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Situation Description
Column formwork
Limitations Column Formwork works only with rectangular columns. Before you start Create a concrete column. Selection order Select the column. The column formwork is created automatically. Part identification key
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Part
Plywood panel
Support
Clamp
Column Use the Column tab to control the properties of clamps, plywood panels and supports in the Column Formwork detail. Dimensions
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Description
Define the number of clamps.
Define the spacing between clamps.
Define the distance to first clamp from the bottom.
Clamp properties Option Description
Clamp Name
Define the component that you want to use as clamp by selecting it from the component catalog.
Attribute File
Select an attribute file for the component.
Plywood panel and support properties Option Description
Plywood Profile Define the thickness, width and height for the plywood panels.
Side Profile Define the thickness, width and height for the side supports.
Option Description
Pos_No Define a prefix and a start number for the part position number.
Material Define the material grade.
Name Define a name that is shown in drawings and reports.
Class Define the part class number.
Column formwork properties
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Option Description
Panel Define a name, prefix and start number for the column formwork cast unit.
Wall Formwork Wall Formwork creates a timber formwork around a panel. Availability To use the component, do one of the following: Create a new model using the Cast in Place - Contains formwork component model template in the default environment. The component is in the Component Catalog. Import Cast_In_Place_Metric.uel to the Component Catalog from the C:\TeklaStructures\18.1\environments\common\components_sketches\CIP folder or the C:\ProgramData\TeklaStructures\18.1\environments\common\components_sketches\CIP folder. Objects created Timber formwork (plywood panels, studs and frame) Ties Clips Use for Situation Description
Wall formwork
Limitations Wall Formwork works only with single panels.
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Before you start Create a concrete panel. Selection order Select the panel. The wall formwork is created automatically. Part identification key
Stud
Whalers
Plywood panel
Tie and clip
Frame Panel Use the Panel tab to control the properties of studs, frame and plywood panels in the Wall Formwork detail. Define the dimensions of wall form, studs and frame. Dimensions
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stud
99 studs
$ lap.
Frame, stud and plywood panel properties Option Description
Edge Profile Define the thickness, width and height for the frames.
Stud Profile Define the thickness, width and height for the studs.
Plywood Profile Define the thickness, width and height for the plywood panels.
Option Description
Pos_No Define a prefix and a start number for the part position number.
Material Define the material grade.
Name Define a name that is shown in drawings and reports.
Class Define the part class number.
Wall formwork properties Option Description
Panel Define a name, prefix and start number for the wall formwork cast unit.
Parameters Use the Parameters tab to control the whaler profile and the dimensions and spacings of the clips and whalers in the Wall Formwork detail. Dimensions
Description
Define the horizontal distance to first clip from the form edge.
Define the horizontal spacing between clips.
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Description
Define the length of whaler extension.
Define the number of whalers and clips in vertical direction.
Define the vertical spacing between clips.
Define the vertical distance to first clip from the form edge.
Whaler properties Option Description
Whaler Profile Define the thickness, width and height for the w

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