Application report

polymer tensile test 1

TRANSVERSAL MEASUREMENT OF POLYMER MATERIAL SPECIMEN

TRANSVERSAL MEASUREMENT OF POLYMER MATERIAL SPECIMEN KEYWORDS TEST SET-UP OUTPUT WHY CHOOSE X-SIGHT? MEASUREMENT PROCESS AND TOOLS TRANSLINE PROBE Advanced probe for transversal measurement with automatic neck detection. Axial line is divided into transversal sections (Width Lines). After wards, the value with the highest deformation is used for the output evaluation. EXTREME LINE PROBE An […]

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polymer tensile test 1

UNIAXIAL TENSILE TEST OF POLYMER MATERIAL SPECIMEN

UNIAXIAL TENSILE TEST OF POLYMER MATERIAL SPECIMEN KEYWORDS TEST SET-UP OUTPUT WHY CHOOSE X-SIGHT? MEASUREMENT PROCESS AND TOOLS LINE PROBE A basic probe for measuring strain and length. Measured values: EXTREME LINE PROBE An advanced probe for axial neck detection. The Extreme Line enhances the Line Probefunctionality by adding the axial neck detectingfeature. The Extreme

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Notched sample test

STRAIN CONCENTRATION ON A NOTCHED SAMPLE: DIC VS. FEM

STRAIN CONCENTRATION ON A NOTCHED SAMPLE: DIC VS. FEM KEYWORDS TEST SET-UP OUTPUT WHY CHOOSE X-SIGHT? TOOLS, POSTPROCESSING AND RESULTS The DIC area tool was used in the area surrounding the notch, where the strain field deviates from the homogeneous strain in the rest of the sample. The full-field axial strain distribution was captured. Additionally,

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THREE-POINT FLEXURAL TEST OF POLYMER SPECIMEN

THREE-POINT FLEXURAL TEST OF POLYMER SPECIMEN KEYWORDS TEST SET-UP OUTPUT WHY CHOOSE X-SIGHT? MEASUREMENT PROCESS AND TOOLS LINE PROBE An elementary measuring probe for strain and length determination. Intelligent features allow for precise setup of gauge length and aligning the line probe according to the direction of a selected axis. MEASUREMENT EVALUATION The force-deflection curve

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ht uniaxial tensile cyclic test

High-temperature uniaxial tensile cyclic test of steel

High-temperature uniaxial tensile cyclic test of steel KEYWORDS TEST SET-UP OUTPUT WHY CHOOSE X-SIGHT? MEASUREMENT PROCESS AND TOOLS The steel specimen was heated to 900°C, and a cyclic force load ranging from 0 to 15 kN was applied. MEASUREMENT EVALUATION The measured data were evaluated and processed for further definition of material properties. With the

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