Mechanical materials testing with a test instrument and digital microstructure evaluation
Compare mechanical testing methods and combine them around the material question.

TW Network · Testing services

Mechanical testing methods

Mechanical testing delivers reliable data on strength, deformation behaviour and surface properties of materials and components. This English overview is structured as a practical decision page for international users who want to compare methods quickly and move on to the relevant detail pages.

Which mechanical testing methods are available at a glance?

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Imprint Test – indentation plastometry per DIN SPEC 4864

KPIs · Yield strength & UTS

Imprint Test · indentation plastometry

Local strength values and flow-curve related data from controlled indents.

Brinell indentation on steel

Surface · Hardness values & comparison

Hardness testing

Fast serial assessment for QA, incoming inspection and conversion use cases.

Instrumented indentation

Analysis · Load–depth curves

Instrumented indentation

Depth-resolved mechanical response for coatings, thin layers and local zones.

Nanoindenter setup

Micro/Nano · Local properties

Nanoindentation

Mapping, in-situ studies and local property evaluation in the micro and nano range.

Micro tensile test

Micro samples · Stress–strain

Micro tensile testing

Evaluate small samples when standard specimens are not practical or not representative.

Stress-strain curves from tensile tests

Classic · Ultimate strength & fracture

Tensile tests

Reference data for validation, standards compliance and classical material assessment.

Screw testing for tensile strength

Component · Failure & quality

Screw testing

Low-destructive strength verification directly on small fasteners and components.

Which application pages explore indentation plastometry under DIN SPEC 4864 in more detail?

Method overview
Materials screening with indentation plastometry

R&D · Variant comparison

Materials screening & alloy development

Compare many material states faster and support early decisions with local data.

FEM material input from indentation plastometry

Simulation · Local data

FEM material input

Improve model assumptions with local flow curves and realistic material input.

Local gradients and transitions

Mapping · Transition zones

Gradients & transitions

Make property changes visible point by point and usable for optimisation.

Welds and heat-affected zones

Joining · Critical zones

Welds & heat-affected zones

Characterise weld metal, HAZ and base material locally instead of comparing global averages.

Preparation for on-site mechanical testing on an industrial pipeline

In situ · Assets & large components

On-site Mechanical Testing

Assess local properties at the asset when specimen removal is impractical or unacceptable.