Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.
Info

Please follow the instructions provided below to set material definitions to be used in this bridge example.

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.

Code Block
languagexml
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.

Code Block
languagexml
RigidMat	4307.0000	0.2000	1794.5830	0.0000	6.5000	steel	Bilinear Steel
Tip

Completed material definitions are illustrated below.