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An Improved Approach for 3D Rolling Contact Fatigue Simulations with Microstructure Topology

by Bomidi, John A. R., Weinzapfel, Nick, Sadeghi, Farshid, Liebel, Alexander, Weber, Joerg
Published in Tribology transactions (01.05.2013)

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Journal Article

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Effects of compressive stresses on torsional fatigue

by Mobasher Moghaddam, Sina, Bomidi, John A.R., Sadeghi, Farshid, Weinzapfel, Nick, Liebel, Alexander
Published in Tribology international (01.09.2014)

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Journal Article

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Roller bearing part e.g. helical compression spring, for use in e.g. linear bearing, has body with contact surfaces and groove rotated at rotation axis, where groove in mantle surface limits and/or divides contact surfaces

by BAKOLAS, VASILEIOS, GOMBERT, BERND, LIEBEL, ALEXANDER
Year of Publication 09.12.2010

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Patent

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Bearing part e.g. cylindrical rolling element, for rolling bearing, has recesses comprising elliptic outline contour, where prolonged shaft section of outline contour is aligned transverse to rolling direction

by BAKOLAS, VASILIOS, PAUSCH, MICHAEL, LIEBEL, ALEXANDER
Year of Publication 31.01.2013

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Patent

An Improved Approach for 3D Rolling Contact Fatigue Simulations with Microstructure Topology

Effects of compressive stresses on torsional fatigue

Roller bearing part e.g. helical compression spring, for use in e.g. linear bearing, has body with contact surfaces and groove rotated at rotation axis, where groove in mantle surface limits and/or divides contact surfaces

Bearing part e.g. cylindrical rolling element, for rolling bearing, has recesses comprising elliptic outline contour, where prolonged shaft section of outline contour is aligned transverse to rolling direction

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