Materials [EX1-PIG]

Navigate to Properties > Materials

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

Import following materials from OpenBrIM Library

• OpenBrIM Bridge Objects > Steel Material Database (US) > Reinforcement Steel > A615_60

• OpenBrIM Bridge Objects > Steel Material Database (US) > Structural Steel > A709_50

• OpenBrIM Bridge Objects > Steel Material Database (US) > Structural Steel > A500_B

• OpenBrIM Bridge Objects > Concrete Material Database (US) > US AASHTO > Fc_3_1/2ksi

• OpenBrIM Bridge Objects > Concrete Material Database (US) > US AASHTO > Fc_4ksi

• OpenBrIM Bridge Objects > Concrete Material Database (US) > US AASHTO > Fc_4_1/2ksi

• OpenBrIM Bridge Objects > Concrete Material Database (US) > US AASHTO > Fc_5_1/2ksi

• OpenBrIM Bridge Objects > Concrete Material Database (US) > US AASHTO > Fc_6ksi

• OpenBrIM Bridge Objects > Concrete Material Database (US) > US AASHTO > Fc_8_1/2ksi

• OpenBrIM Bridge Objects > Steel Material Database (US) > Prestressing Steel > A416_270low_relaxation

Assign a Stress-Strain model to A165_60 by clicking the three-dots and selecting Edit

Select Stress/Strain model as Bilinear Steel

And click Save

Define a custom Concrete material manually as Fc_3_1/2ksi_NoStiffness.

The purpose of defining such a material is to calculate certain bridge components without considering weight.

Copy and paste the data below for the Fc_3_2ksi_NoStiffness.

Fc_3_2ksi_NoStiffness	0.0004	0.0000	0.0002	149.9904	6.0000	concrete	Mander Concrete

Define a new material manually as RigidMaterial

Copy and paste the data below for the RigidMaterial.

RigidMat	4307.0000	0.2000	1794.5830	0.0000	6.5000	steel	Bilinear Steel