ISO 10113 - Determination of Plastic Strain Ratio

ISO 10113:2006 specifies a method for determining the plastic strain ratio, commonly called the r-value, of flat metallic materials, typically sheet and strip. Plastic strain ratio is the ratio of the true width strain to the true thickness strain in a test piece which has been subject to uniaxial tensile stress.

To calculate the r-value a test is performed to ISO 6892 and using an axial and transverse extensomers. Where the true plastic width strain against true plastic length strain is homogeneous a single data point method can be used, with a inhomogeneous deformation a statistical method can be used. These calculations can be done automatically using Bluehill ® * or Partner software.

An ISO 10113 test is typically performed at the same time as ISO 10275, tensile strain hardening exponent.

*Bluehill 2 or Bluehill 3


About This Solution

Related Standards: ASTM E517 | ASTM E646 | ISO 6892-1
Specimen Type: N/A
Materials: Metals
Type of Test: Tension (What is a Tension Test?)
Business Sector: Consumer/Industrial Products | Automotive/Truck/Rail/Shipbuilding
ISO-10113 W E402
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