Barth, Yves Johannes;Sagraloff, Nadine;Egger, Gregor;Tobie, Thomas;Stahl, Karsten
Investigations on Ways to Improve the Scuffing and Wear Behavior of Oil-Free Water-Based Lubricants for Gear Applications
Journal of Tribology
2024
146
5

Morhard, Bernd;Paschold, Constantin;Lohner, Thomas;Stahl, Karsten
Power Loss and Damage Behavior of Gears Operating Under Loss of Lubrication
Journal of Tribology
2024
146
7

Schweigert, D.;Morhard, B.;Oberneder, F.;Pointner-Gabriel, L.;Otto, M.;Stahl, K.
Numerical and experimental investigations on the vibration behavior of a high-speed planetary gearbox
Forschung im Ingenieurwesen/Engineering Research
2024
88
1

Hochrein, Jonas-Frederick;Otto, Michael;Stahl, Karsten
Face gear drives: Nominal contact stress calculation for flank load carrying capacity evaluation
Mechanism and Machine Theory
2024
195

Hildebrand, Lucas;Genuin, Stefan;Lohner, Thomas;Stahl, Karsten
Numerical analysis of the heat transfer of gears under oil dip lubrication
Tribology International
2024
195

Pointner-Gabriel, Lukas;Menzel, Max;Voelkel, Katharina;Schneider, Thomas;Stahl, Karsten
Experimental investigation of drag loss behavior of dip-lubricated wet clutches for building a data-driven prediction model
Scientific Reports
2024
14
1

Hildebrand, Lucas;Liu, Hua;Paschold, Constantin;Lohner, Thomas;Stahl, Karsten
Classification of numerical, experimental, and analytical approaches for gearbox oil flow and no-load gear power loss
Engineering Science and Technology, an International Journal
2024
53

Vietze, Daniel;Pellkofer, Josef;Stahl, Karsten
Study on the Potential of New Load-Carrying Capacity Descriptions for the Service Life Calculations of Gears
Machines
2024
12
5

Pointner-Gabriel, Lukas;Flamm, Simon;Schneider, Thomas;Stahl, Karsten
A methodology for image-based measurement of plate movement in disengaged wet clutches
Scientific Reports
2024
14
1

Carranza Fernandez, Ruben;Tobie, Thomas;Rommel, Sascha;Collazo, Joaquin
Improve wind gears bending performance by means of IGS (Improved gear surface)
International Journal of Fatigue
2023
172
107618