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Thin Layer Activation (TLA) leading to better insights in the fretting wear process of steel surfaces. Proc. Symp. Comp. and Exp. Methods Mech. Eng., Gent (Belgium), pp. 283 - 288.

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Chicago
De Baets, Patrick, Karel Strijckmans, F VAN DE VELDE, and AP VAN PETEGHEM. “Thin Layer Activation (TLA) Leading to Better Insights in the Fretting Wear Process of Steel Surfaces. Proc. Symp. Comp. and Exp. Methods Mech. Eng., Gent (Belgium), Pp. 283 - 288.” In .
APA
De Baets, Patrick, Strijckmans, K., VAN DE VELDE, F., & VAN PETEGHEM, A. (n.d.). Thin Layer Activation (TLA) leading to better insights in the fretting wear process of steel surfaces. Proc. Symp. Comp. and Exp. Methods Mech. Eng., Gent (Belgium), pp. 283 - 288.
Vancouver
1.
De Baets P, Strijckmans K, VAN DE VELDE F, VAN PETEGHEM A. Thin Layer Activation (TLA) leading to better insights in the fretting wear process of steel surfaces. Proc. Symp. Comp. and Exp. Methods Mech. Eng., Gent (Belgium), pp. 283 - 288.
MLA
De Baets, Patrick, Karel Strijckmans, F VAN DE VELDE, et al. “Thin Layer Activation (TLA) Leading to Better Insights in the Fretting Wear Process of Steel Surfaces. Proc. Symp. Comp. and Exp. Methods Mech. Eng., Gent (Belgium), Pp. 283 - 288.” Print.
@inproceedings{281131,
  author       = {De Baets, Patrick and Strijckmans, Karel and VAN DE VELDE, F and VAN PETEGHEM, AP},
  language     = {eng},
  title        = {Thin Layer Activation (TLA) leading to better insights in the fretting wear process of steel surfaces. Proc. Symp. Comp. and Exp. Methods Mech. Eng., Gent (Belgium), pp. 283 - 288.},
}