Materials elastic properties characterization
To improve Finite Element Modeling and Analyses.We offer elastic moduli and damping characterization services at room and high temperatures by the Impulse Excitation Technique (ASTM-E1876). The elastic moduli comprise the Young’s modulus (E), shear modulus (G) and Poisson’s ratio (ν). The damping corresponds to the internal friction of the material.
-
Sonelastic® Systems for elastic moduli and damping characterization of materials at room temperature.
- 1
- 2
Applicable geometries, dimensions and proportions
Square-cross section bars
Width and thickness (A) from 2 to 170 mm.
Length (L) from 20 to 5300 mm.
Required aspect ratio: L/A ≥ 3.
Width and thickness (A) from 2 to 170 mm.
Length (L) from 20 to 5300 mm.
Required aspect ratio: L/A ≥ 3.
Rectangular-cross section bars
Width (W) and thickness (A) from 20 to 5300 mm.
Length (L) from 20 to 5300 mm.
Required aspect ratio: L/W ≥ 4 and W/T ≤ 8.
Width (W) and thickness (A) from 20 to 5300 mm.
Length (L) from 20 to 5300 mm.
Required aspect ratio: L/W ≥ 4 and W/T ≤ 8.
Cylinders
Diameter (D) from 2 to 200 mm.
Length (L) from 20 to 5300 mm.
Required aspect ratio: L/D ≥ 3.
Diameter (D) from 2 to 200 mm.
Length (L) from 20 to 5300 mm.
Required aspect ratio: L/D ≥ 3.
Discs
Thickness (T) from 1 to 60 mm.
Diameter (Do) from 15 to 380 mm.
Required aspect ratio: Do/T ≥ 10.
Thickness (T) from 1 to 60 mm.
Diameter (Do) from 15 to 380 mm.
Required aspect ratio: Do/T ≥ 10.
Rings
Thickness (T) from 1 to 60 mm.
External Diameter (Do) from 15 to 380 mm.
Internal Diameter (Di) from 0 to 190 mm.
Required aspect ratio: Do/T ≥ 10 and Do/Di ≥ 2.
Thickness (T) from 1 to 60 mm.
External Diameter (Do) from 15 to 380 mm.
Internal Diameter (Di) from 0 to 190 mm.
Required aspect ratio: Do/T ≥ 10 and Do/Di ≥ 2.
Please feel free to contact us for further information.
