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Info
Follow the next steps to set material definitions to be used in this bridge example.

1

Go to Properties > Materials

2

Click the three-dots on the first cell of the Name and click Import Material

3

Import following materials from OpenBrIM Library

OpenBrIM Bridge Objects > Steel Material DB (US) > Structural Steel > A709_50
OpenBrIM Bridge Objects > Steel Material DB (US) > Structural Steel > A709_50W
OpenBrIM Bridge Objects > Steel Material DB (US) > Reinforcement Steel > A615_60
OpenBrIM Bridge Objects > Concrete Material DB (US) > US AASHTO > Fc_4ksi

4

Assign a Stress-Strain model to Fc_4ksi by clicking the three-dots and selecting Edit

5

Select Stress/Strain model as Mander Concrete

6

Click Save

7

Repeat the same steps from 4 to 6 for A615_60 and select Stress/Strain model as Bilinear Steel

8

Define a new material manually as RigidMaterial

9

Copy and paste the data below for the RigidMaterial

Code Block
RigidMaterial 29000.0000 0.3000 11153.8462 0.0000 6.0000 concrete

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title	Material Type

Info
Follow the below steps to import a material from the database.

1	Go to Properties/Materials.
2	In 1^st row, click-three-dots icon under Name and click Import Material.
3	Material Type > Steel.
4	From Database drop-down, select Steel Material Database DB (US).
5	Select Category as Structural Steel.
6	Select Asset as A709_50.
7	Click Import.
8	Check the imported material placed in 1^st row including the mechanical properties.
9	Material Type > Concrete.
10	From Database drop-down, select Concrete Material Database DB (US).
11	Select Category as Cube.
12	Select Asset as FcCube_4ksi.
13	Click Import.
14	Check the change in Materials data spreadsheet.
15	Check the Steel column and Concrete column for the material type-specific properties.

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