Tahribatlı Muayene

Tensile Test


The Tensile Test is used to determine the strength properties of materials under static (non-impact) load by stretching them until fracture at a constant temperature. During this process, the Stress-Strain diagram is obtained. As a result of the tensile test, the following mechanical properties of the material represented by the sample can be found:

  • Yield strength (ReH)
  • Maximum load (Fmax)
  • Tensile strength (Rm)
  • Percentage elongation
  • Bending Test

    The bending test is generally performed to obtain qualitative information about the bending deformation properties of metallic materials. It is also performed to evaluate the deformation capability of welded joints by root, face, or edge bending tests. This test is applied to butt-welded or overlay welded samples.

    Notch Impact Test

    This is a test performed to determine the material's resistance to dynamic loads. After the specimen breaks, the fracture surface is examined to identify the type of fracture. The fracture types can be ductile fracture, brittle fracture, etc. The fracture energy is calculated in joules, and this value varies based on the sample dimensions and test temperature.

    Hardness Test

    The hardness measurement test is performed with a professional team to measure hardness on processed surfaces without leaving marks and to report the results. The hardness measurement test, or hardness inspection, refers to measuring the resistance of a material when a harder material is pressed into its surface.