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1 | Click the New Project button, enter a name for your project. Click OK and open a new project. |
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2 | Edit the project description and check if it is saved by opening the project again. |
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3 | Click the Quick Import button in the project spreadsheet, and import all. |
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4 | Go to Drawing Setting from tree view, make sure that a layer is added to each line in the spreadsheet. |
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5 | Go to Materials in the from tree view, make sure the materials and their values are imported. Make sure there is no inaccurate value. Compare it with screenshot. Click the Add button, create a new material (ex: Test) and change each cell whose values can be changed. Check that the changes are saved. |
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6 | Go to the rebar in the from tree view, make sure the rebars and their values are imported and check there is no inaccurate value. Add rebar, Make sure rebar values like diameter, area, weight can be changed and it is saved |
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7 | You have Have to set the Material of the rebar from spreadsheet combobox. Make sure the material value is saved. |
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8 | Go to Load Class in the from tree view. Check if Self-weight is available by default. Click Add and create a new load class. |
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9 | Go to Load in the from tree view. Import specified loads from the load database. Check data on Spreadsheet. |
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10 | Click the Add button and create new loads. Change the data of the Load class type and magnitude values and make sure it is saved. |
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11 | Go to Load Combination Table in the from tree view. Check the imported data. Click Add, add a manual combination, set limit state and other factors. |
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12 | Click the Linear Combinations button and go to the envelope from the selection box. Click Add to create envelope. Change the cases yes and no parameters. Check if an error occured. |
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13 | Go to drawing file click upload drawing. Upload the Drawing file from Attachment to BDS. |
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Tip |
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The General Setting part is completed in this step. The following contents Contents from above have been entered. Project Setting, Draw Setting, Materials, Rebars, Load Classes, Load, Load Combination Table, Drawing Files |
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Table 2: Stories
1 | Go to Foundation in the from tree view. Enter Elevation feet as -5 feet. It will return to the Foundation step after completed Stories step. | tip | 2 |
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32 | Go to Stories in the from tree view. Click Add button and add 3 adding “3” floors. Enter 12-24-36 feet at the elevation of floors. Choose 1st floor for all of them as a similar story. Place the 1st floor a drawing file. |
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43 | Click Add button again. "Enter a story no between 0 and 3 to define the story insertion point?" |
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4 | "How many stories do you want to create?" Enter the value 1 in the question.
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65 | Copy all the data from the top line to the new added floorstory, manually enter the elevation value of as 48 feet and change New Stories' name to Roof. |
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76 | Go to the 1st floor in under Stories from tree view. Check that if the values of the properties values are correct. |
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87 | Call Display the Drawing file added to of the 1st floor to in the Cad CAD view by using overlay button. |
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98 | Go to the Slab below 1st floor. Slab under Stories from tree view. Draw Slab Edge on Cad CAD view according to overlay drawing. Enter data as in the screen shootfigure. |
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9 | Click the Refresh Parametric Model button to update the model and check the 3D view. |
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1110 |
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1211 | Draw Slab Piece on Cad CAD view. Enter data as in the figure. Click Refresh Parametric Model Button. |
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1312 |
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1413 | Click the Design Strip button. Draw a line for design strip. Click yes for the question "Do you want to create same design strip definition for all stories?". |
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14 | Go to Openings below under 1st floor from tree view. Draw the openings according to overlay drawing. Have to draw Draw 1 Rectangular, 1 circleCircle, 1 Arbitrary Openings according to Cad Opening as seen in below view. Click Refresh Parametric Model Button. |
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15 |
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1716 | Go to Shearwall below 1st floorunder 1st Floor from tree view. Draw Shearwall by using Shearwall button. Set material value. Check if the hold point can be changed. |
| 18. Click Refresh Parametric Model Button. |
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17 |
| 19 | Go to the Analytical definition tab. Draw an Analytical wall on Cad view. Make sure that a break point is formed on the horizontal wall. | |||||||
18 | Enter value “1” in Hold Point cell. Check if hold point can be changed of the CAD view. |
| drawing of Analytical line on Cad view and break point operation 20
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19 | 22
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21 | Click the elevation views to see the horizontal view of the Shearwall. Click on the wall opening. Have to draw rectangular, circular and arbitrary spaces on Shearwall. |
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20 | Go to Analytical Definition tab under Shearwall . Draw an Analytical wall on CAD view. Make sure that a break point is formed on the horizontal wall. |
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21 |
| 23 | ||||||||
22 | Click the elevation views to see the horizontal view of the Shearwall. Click on the wall opening. Have to draw rectangular, circular and arbitrary opening on Shearwall. |
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23 |
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24 | Go to Column under 1st floor from tree view and draw rectangular column by using rectangular column button. Enter 30° degree orientation angle. |
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2425 | Draw a circular column by using circular column button. Enter the bottom offset X=10 inch and Y=20 inch |
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2526 | Click the Arbitrary Column button, draw an Arbitrary column. Change the Hold point of column C2. Enter an orientation angle of 45° and 60° degrees in C1 and C2 columns You can enter remaining cells based on the figure. |
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2627 | Click the Show Tributary button. Check to see if an image appears on the BDS screen close to the area in the figureif tributary area of each column is the same or similar to the figure given. |
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2728 | Go to Beam below under 1st floor from tree view. Click draw beam button and draw the beam between 2 arbitrary columns. Enter the Material class="Conc 4000psi" and Depth="24 inch" values into the cell. |
| 28 | Go to the analytical line and draw the analytical line.|||||||
29 | Click the Beam Type cell to check the drawn beam type. |
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30 | Go to Analytical Line under Beams and draw the analytical line. Enter the width and depth values. Manually enter the break point right in the middle on beam |
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2931 | Click the Show Tributary button. Check the tributary area of the beam. |
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3032 |
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3133 |
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3234 | Go to Load below under 1st floor from tree view. Click area button and draw the area in the Cad CAD view Have to select Load case for these these loads according to figure |
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3335 |
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3436 | After all the values are entered in the cells, click the Refresh Load Distribution Factors button. Make sure the Geometric Distribution To column % value is 100%. |
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3537 |
| 36 | ||||||||
38 | Right click on LG1 area load and click duplicate from the window. |
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39 |
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40 | Go back to the 1st floor under Stories. Click the Update similar stories button. As seen in the figure, number of objects selected is written left side Select all checkbox on the left side of the table. Select the 2nd floor checkbox on the right. Click the Update similar stories button. As seen in the figure, number of objects selected is written left side under Update Similar Stories button. |
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3741 |
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3842 | Go to the 3rd floor and click Copy From button. Select all the checkbox in the Select objects to copy section. Select 1st floor in Select a source story. Click the copy all button. |
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3943 |
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4044 | Go to the Roof and click the Copy From. Select object to copy tab. Select Slabs, Openings, Columns objects. Select 1st floor as the source story and click the Select Graphically button. Select the objects from the drawing and click enter. Check if only selected objects are present in the overlay drawing. |
| 41
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45 |
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4246 | Go to the 1st Floor click the Select Update Similar Stories tab. Select Shearwall, Load and beam objects at checkbox. Select Roof as "Select Stories to Paste" and click the Select in Cad CAD button. Select the objects from the drawing and click enter. |
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4347 |
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Tip |
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The Stories part is completed in this step. You should have 4 identical layers floor layer in your project. The following contents Contents from above have been entered. Stories; Slab, Openings, Loads, Columns, Shearwalls, Beams |
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Table 3: Foundation
1 | Go to |
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Foundation |
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Name
...
Elevation
Offset (in)
...
Thickness (in)
...
Concrete Material
...
Rebar Material
...
Soil Capacity
...
Soil Subgrade Modulus (lb/ft3)
...
Clear Cover Top (in)
...
Clear Cover Bottom (in)
...
Mat Edge 1
...
0.00
...
42.00
...
Conc 5000 psi
...
ASTM A615 Gr60
...
6.00
...
5000.00
...
3.00
...
3.00
...
Mat Edge 2
...
0.00
...
42.00
...
Conc 5000 psi
...
ASTM A615 Gr60
...
6.00
...
5000.00
...
3.00
...
3.00
Info |
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Enter the values in the table in the blank cells |
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in the tree view. Enter Elevation feet -5 feet. |
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2 | Go to the Mat under Foundation from tree view and click Mat. Draw Mat Edge under Shearwall on CAD view. Enter values in the figure for blank cell |
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3 |
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4 | Draw the Mat Piece for the Shearwall on CAD view. Enter values in the figure to blank cell |
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5 |
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6 | Go to Pile Caps under Foundation from tree view and click Template. |
...
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7 | Enter the values in the table for the material and rebar values. |
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8 | Go to Pile Caps |
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under Foundation, click Assign |
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Pile Cap Template. Select the Circular column as the object, click enter. |
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Set to Pile Template to P8 [40] |
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Info |
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Enter the elevation offset, pile embedment to soil values by looking at the screenshot. |
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and Pile Embedment Soil value 60 inch. |
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9 |
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10 | Click Pile Cap Edge button under Custom in Pile Cap |
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. |
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in the figure. |
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according to figure. Try changing the Pile diameter and cap depth data. |
Name
Pile Compression Capacity (Kip)
Pile Tension Capacity (Kip)
Pile Shear Capacity (Kip)
Concrete Material
Rebar Material
Cap Depth (in)
Pile Diameter (in)
Kx (kip/in)
Ky (kip/in)
Kz Compression (kip/in)
Kz Tension (kip/in)
Pile Embedment to Cap (in)
C4 Pile Cap
360.00
360.00
360.00
Conc 5000psi
ASTM A615 Gr60
36
8.00
250.00
250.00
250.00
250
2
...
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11 | Adjust custom Pile caps name (ex: Pile Cap Test). Set to Pile Embedment Soil value 60 inch. Also check to Pile Template. |
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12 |
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13 |
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14 |
...
Go to |
...
Templates under Footing from tree view. Click Import Footing. Check the imported |
...
data and define |
...
Concrete Materials class. |
...
...
This section will be updated again as the Footing templates cannot be applied to the Arbitrary column yet.
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15 | Go to Custom under Footing |
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from tree view and click Add. Set |
...
width and depth values |
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according the figure. |
Concrete Material
Rebar
Width (ft)
Depth (ft)
Thickness (ft)
Soil Capacity (tsf)
Rebar Count(X Dir.)
Rebar Count(Y Dir.)
Clear Cover (in)
Outer Rebar Direction
C2 footing
Conc 5000psi
#6
12.00
10.00
10.00
6.00
6
6
3.00
Direction1
...
Go to the Footing spreadsheet and click the Add Footing button. Select C2 arbitrary column on Autocad.
Info |
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Check 3D view in BDS |
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16 | Go to Footing and click the Add Footing button. Select C2 arbitrary column on CAD view. Set “C2 footing” to Footing Template. |
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17 |
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18 | Click “Add Footing” again. Select C4 rectangular column on CAD view. Set imported template (F_60) to Footing Template. |
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19 | If the drawing file is not overlayed, overlay the drawing file for Foundation. Go to the Foundation-Wall |
...
and click the Foundation-Wall button. |
...
Enter values in the |
...
figure into the blank |
...
cells. |
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20 |
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21 |
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22 |
...
Go to Foundation Loads. Click the Area Load button. Draw an area load in Custom Footing. |
...
Have to set Load case for all Loads according to figure |
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23 |
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Tip |
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The Foundation part is completed in this step. Contents from above have been entered. Mat, Pile Caps, Footings, Foundation Walls, Foundation Loads. 3D modeling is finished in this Section. Continue to Analysis Section. |