EXPERIMENTAL AND NUMERICAL MATERIAL EVALUATION

Testing and Analysis Services

From mechanical testing to material characterization, surface and coating analysis to damage modeling; a traceable, reportable testing infrastructure that combines experimental measurement with numerical evaluation.

TMF Solutions testing and analysis services are built to measure the real behavior of materials under laboratory conditions and to turn that data into engineering decisions. Tensile, compression, bending, hardness and dynamic loading tests are brought together with SEM microstructure examination, corrosion and coating performance evaluation under one roof.

Every measurement is documented in a traceable manner, with its standard reference, specimen definition, instrument calibration and operator record. By matching experimental results with finite element models, we produce outputs that feed directly into design, such as the material card, damage parameters and the Forming Limit Curve (FLC).

Our Approach

Test Plan and Specimen Definition

The test matrix, specimen geometry and number of repetitions are defined with reference to the relevant standard (ISO/ASTM/EN) and the application load. The uncertainty budget and acceptance criteria are set at the outset.

Mechanical Test Execution

Tensile, compression, bending, hardness (HV/HRC), high-temperature and dynamic loading tests are run on calibrated equipment. Load-elongation, yield, tensile strength and elongation values are recorded together with the raw data.

Material Characterization

The Forming Limit Curve (FLC) is determined, and fracture surfaces and microstructure are examined by SEM. Grain structure, phase distribution and defect morphology are correlated with material behavior.

Damage and Numerical Matching

Damage parameters are calibrated from experimental curves and validated against finite element models. The result becomes a consistent material card that can be used directly in simulation.

Surface and Coating Evaluation

Corrosion resistance, surface profile/roughness and coating performance are measured with standard methods. Coating thickness, adhesion and wear behavior are reported quantitatively.

Reporting and Traceability

All results are gathered into a single technical report alongside calibration records, standard references and uncertainty values. The data set is archived so it can be reused in subsequent work.

Deliverables

Standard-referenced mechanical test report (tensile, compression, bending, hardness HV/HRC)
High-temperature and dynamic loading test results with load-deformation curves
Forming Limit Curve (FLC) and formability assessment
SEM microstructure and fracture surface examination report with image set
Calibrated damage parameters and a simulation-ready material card
Corrosion resistance and surface profile/roughness analysis report
Coating performance evaluation (thickness, adhesion, wear)
Uncertainty budget, calibration records and traceability documentation

Benefits

Data That Drives Decisions

Because experimental measurement and numerical analysis are delivered together, results feed directly into design and material-selection decisions.

Full Traceability

Every result is linked to its standard, calibration and specimen record, providing indisputable evidence in audits and customer approval processes.

Early Risk Detection

Damage parameters and microstructure data reveal critical defects and strength limits before the part reaches the field.

Consistency With Simulation

Since test data is matched to finite element models, simulation outputs reliably represent real-world behavior.

Frequently Asked Questions

Which standards do you test to?

Mechanical and characterization tests are conducted to the relevant ISO, ASTM and EN standards; the applied standard and its revision are stated clearly in every report.

Can you determine the Forming Limit Curve (FLC) for our material?

Yes. Using Nakajima or Marciniak-type tests, an FLC specific to your material is determined and delivered in a form ready for use in sheet forming simulations.

Can the test results be used directly in simulation?

Yes. The yield and damage parameters calibrated from experimental data are provided as a consistent material card usable in finite element software.

Do you handle specimen preparation?

Specimen geometry and preparation can be carried out by TMF Solutions on request, or specimens you supply can be tested; in either case a specimen record is maintained.

Do you report measurement uncertainty?

Yes. An uncertainty budget and calibration information are reported for each test, making results auditable and comparable.

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Testing and Analysis Services

Our Approach

Deliverables

Benefits

Frequently Asked Questions

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