ReferenceAvailable
Titanium 6Al-4V (NASA SNP 2024)
Use Titanium 6Al-4V (NASA SNP 2024) as a library material definition for matching physical conditions.
Use Titanium 6Al-4V (NASA SNP 2024) as a library material definition for matching physical conditions.
Where to find it
Materials → Library Material or Browse Materials
How to use it
Inspect the source, temperature range, property units and tensor orientation. Assign the material to the intended domains and check the active physics requirements.
Properties
| Property | Value (including units when dimensional) |
|---|---|
| rho | 4430[kg/m^3] |
| E | 1.105e+11[Pa] |
| nu | 0.310 |
| thermalConductivity | 7.3[W/(m*K)] |
| heatCapacity | 538.000[J/(kg*K)] |
| electricalResistivity | 0.00000170[ohm*m] |
| conductivity | 588235.294117647[S/m] |
Conditions
- Electrical model: Stationary isotropic Ohmic conduction only. The source table does not report permittivity or frequency-dependent electrical properties.
- Material model: Isotropic linear elastic and scalar thermal properties.
- Notes: The source marks thermal conductivity as measured at 311 K.
- Reference state: The handbook's Room Temperature Properties table; the exact common temperature is not specified.
References
- Space Nuclear Propulsion Material Property Handbook — National Aeronautics and Space Administration (2024)
Result
The assigned domains use the listed material properties in the next solve.
Troubleshooting
Do not extrapolate a constant or tabulated value outside its stated conditions without justification. A material name alone does not establish suitability for your experiment.