Residual Stresses Measurements Using Strain Gages - Aluminum Wheels


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Many engineering specifications, manufacturing procedures, inspection and quality control have begun to require that the residual stress of a particular component be evaluated. This is becoming as commonplace as the demands on the mechanical properties. In the country there are few research laboratories qualified to perform these tests and also found a worrying lack of skilled labor. Studying the formation and distribution of residual stress fields will improve the operational criteria of wheel safety, among other gains. It is known that these residual stress fields could be added to the effects of system load (tare weight plus occupation of vehicle traction, braking and torque combined). The results obtained used drilling method and rosette type strain gages, are convergent with similarity to those obtained using FEA simulation over critical region for global and superficial in principal stresses mode. The relevance of the present study and research on residual stresses meets safety improvements in cars wheel industry.



Materials Science Forum (Volumes 727-728)

Edited by:

Lucio Salgado and Francisco Ambrozio Filho




F.C. Cione et al., "Residual Stresses Measurements Using Strain Gages - Aluminum Wheels", Materials Science Forum, Vols. 727-728, pp. 1925-1930, 2012

Online since:

August 2012




[1] C.C. Perry and H.R. Lissner: The Strain Gage Primer. New York - USA: McGraw-Hill Book, (1962).

[2] K. Holffmann: An Introduction to Measurements using Strain Gages. Darmstadt - Germany: Hottinger Baldwin Messtechnick GmbH, (1989).

[3] A.E. Assan: Finite Elements Methods - First Steps. Campinas - Brazil: Ed. Unicamp, 2003. (In Portuguese).

[4] M.A. Colosio, J.C. Santos: Influence of residual stresses in aluminum wheel design. SAE International, São Paulo - Brazil, October 2008. ISSN 2008-36-0139.


[5] C.G. Schön: Materials Mechanics. São Paulo - Brazil: EPUSP, 2010. (In Portuguese).

[6] P.E.V. Miranda, J.A. Rodrigues: Gas in metals and Alloys - Fundamentals and Engineering Applications. Rio de Janeiro: EDC Edit. Didática e Científica, 1994. (In Portuguese).

[7] M. Beghini, I. Bertini and C.A. Santus: procedure for evaluating high residual stresses using the blind hole drilling method, including the effect of plasticity. - Universitá di Pisa - Pisa - Italy, (2010).