FEM MaterialReinforced
Appearance
|
|
| Menu location |
|---|
| Model → Materials → Reinforced Material (Concrete) |
| Workbenches |
| FEM |
| Default shortcut |
| None |
| Introduced in version |
| - |
| See also |
| FEM tutorial |
| Solvers |
|---|
| CalculiX |
Description[edit | edit source]
Creates a reinforced matrix material. It combines a matrix material (e.g. concrete) and a reinforcement material (e.g. steel).
The FEM reinforced material task panel
Usage[edit | edit source]
- There are several ways to invoke the command:
- Press the
Reinforced Material (Concrete) button.
- Select the Model → Materials →
Reinforced Material (Concrete) option from the menu.
- Press the
- Select the Matrix Material from the drop-down list.
- Optionally press the Launch Editor button to access the Material Editor. The following material properties have to be defined: Young's modulus, Poisson's ratio, compressive strength and angle of friction.
- Select the Reinforcement Material from the drop-down list.
- Optionally press the Launch Editor button to access the Material Editor. A yield strength has to be defined.
Notes[edit | edit source]
- To edit an existing MaterialReinforced object: Double-click it in the Tree View.
- In the CalculiX solver settings, one has to set Material Nonlinearity to linear if FEM MaterialMechanicalNonlinear is not used.
- More information about this feature, and an example of its usage, can be found in Analysis of reinforced concrete with FEM.
- For a video tutorial (based on the FEM Tutorial) that uses this tool, watch: FEM MaterialReinforced tutorial.
- Materials: Solid Material, Fluid Material, Non-Linear Mechanical Material, Reinforced Material (Concrete); Material Editor
- Element Geometry: Beam Cross Section, Beam Rotation, Shell Plate Thickness, Fluid Section for 1D Flow
- Electromagnetic Boundary Conditions: Electrostatic Potential Boundary Condition, Current Density Boundary Condition, Magnetization Boundary Condition, Electric Charge Density
- Fluid Boundary Conditions: Initial Flow Velocity Condition, Initial Pressure Condition, Flow Velocity Boundary Condition
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- Thermal Boundary Conditions and Loads: Initial Temperature, Heat Flux Load, Temperature Boundary Condition, Body Heat Source
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