Measuring and Analysis of Residual Stresses After Induction Hardening and Grinding

Измерение и анализ остаточных напряжений после индукционной закалки и шлифования
Janez Grum
2000-05-21

Compressive stressesFinish grindingGrinding conditionsInduction surface hardeningResidual stresses
Residual stresses are analyzed in terms of different induction surface hardening conditions and then also after finish grinding in terms of different machining conditions. Induction surface hardening creates very desirable residual stresses in hardened surface layer. Residual stresses are always of compressive nature and are usually present to the depth of the induction - hardened layer. By right selection of grinding wheel and grinding conditions taking into accounts physical and mechanical properties of the workpiece material will be kept back very favourabe compressive residual stresses in the hardened surface layer.
1
Induction surface hardening produces desirable compressive residual stresses in the hardened surface layer.
2
Residual stresses were analyzed under varying induction-hardening conditions and subsequently after grinding under different machining conditions.
3
Selecting the grinding wheel and machining parameters according to the workpiece’s physical and mechanical properties preserves favorable compressive residual stresses after finishing.
4
The compressive residual stresses typically extend to approximately the depth of the induction-hardened layer.

Induction-hardened workpiece surface layers after finish grinding

Residual-stress state and its dependence on induction-hardening and grinding conditions

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2000-05-21
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Janez Grum
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