Materials Science Testing Methods: Difference between revisions
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(Added some more information) |
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**Verifying Extracted Chemicals | **Verifying Extracted Chemicals | ||
**Checking weld integrity | **Checking weld integrity | ||
*Can G Resistance be measured (Via an arm (like fighter jet training) style centifuge, or perhaps some rediculous rocket sled or steam catapult with no release type system? ) | |||
=Liquids/Slurrys= | =Liquids/Slurrys= |
Revision as of 15:18, 5 April 2020
Basics
- Any methods of testing various materials' properties
- These will be mainly used for:
- Testing greases, lubricants, and oils etc
- Testing 3D Printed Filaments, and Parts
- Testing Metals and Alloys
- Testing Glass
- Verifying Extracted Chemicals
- Checking weld integrity
- Can G Resistance be measured (Via an arm (like fighter jet training) style centifuge, or perhaps some rediculous rocket sled or steam catapult with no release type system? )
Liquids/Slurrys
- Mainly flow and viscosity tests
- For low viscosity liquids, inline flow meters can be used
- For viscous liquids and slurrys, an inclined plane and a timer, or a funnel and a timer can be used (A camera and frame by frame and/or computer analysis can increase accuracy)
- Adhesion and Cohesion can be tested with two plates with the viscous fluid in between, they are drawn apart by a UTM in a similar manner to a Tensile Strength Test
- Boil Test
- Burn Test + Heat Damage Resistance Test if applicable
- Freeze Test
- Melt Test
Solids
- Compressivs Strength Test
- Tensile Strength Test
- Shear Strength Test
- Melt Test (if applicable)
- Burn Test (if applicable)
- Heat Damage Resistance Test (if applicable)