1 J. Liu, "Vibration analysis of a planetary gear with the flexible ring and planet bearing fault" 165 : 108100-, 2020
2 S. Hu, "The analysis and modeling of the synthetical meshing stiffness of inner gearing considering the flexible inner ring gear" 2019 : 2324546-, 2019
3 V. Abousleiman, "Modeling of spur and helical gear planetary drives with flexible ring gears and planet carriers" 129 (129): 95-106, 2007
4 Z. Chen, "Mesh stiffness of an internal spur gear pair with ring gear rim deformation" 69 : 1-12, 2013
5 F. P. Beer, "Mechanics of Materials" McGraw-Hill 2012
6 J. Liu, "Influence of support stiffness on vibrations of a planet gear system considering ring with flexible support" 27 (27): 2280-2290, 2020
7 A. Kahraman, "Influence of ring gear rim thickness on planetary gear set behavior" 132 (132): 021002-, 2010
8 N. Ge, "Finite element analysis of internal gear in high-speed planetary gear units" 14 (14): 11-15, 2008
9 M. H. Sadd, "Elasticity: Theory, Applications, and Numerics" Academic Press 2020
10 H. Li, "Effect of the radial support stiffness of the ring gear on the vibrations for a planetary gear system, Low Frequency Noise" 39 (39): 1024-1038, 2020
1 J. Liu, "Vibration analysis of a planetary gear with the flexible ring and planet bearing fault" 165 : 108100-, 2020
2 S. Hu, "The analysis and modeling of the synthetical meshing stiffness of inner gearing considering the flexible inner ring gear" 2019 : 2324546-, 2019
3 V. Abousleiman, "Modeling of spur and helical gear planetary drives with flexible ring gears and planet carriers" 129 (129): 95-106, 2007
4 Z. Chen, "Mesh stiffness of an internal spur gear pair with ring gear rim deformation" 69 : 1-12, 2013
5 F. P. Beer, "Mechanics of Materials" McGraw-Hill 2012
6 J. Liu, "Influence of support stiffness on vibrations of a planet gear system considering ring with flexible support" 27 (27): 2280-2290, 2020
7 A. Kahraman, "Influence of ring gear rim thickness on planetary gear set behavior" 132 (132): 021002-, 2010
8 N. Ge, "Finite element analysis of internal gear in high-speed planetary gear units" 14 (14): 11-15, 2008
9 M. H. Sadd, "Elasticity: Theory, Applications, and Numerics" Academic Press 2020
10 H. Li, "Effect of the radial support stiffness of the ring gear on the vibrations for a planetary gear system, Low Frequency Noise" 39 (39): 1024-1038, 2020
11 F. Karpat, "Effect of rim thickness on tooth root stress and mesh stiffness of internal gears" American Society of Mechanical Engineers Digital Collection 7-, 2014
12 A. Kahraman, "Effect of internal gear flexibility on the quasi-static behavior of a planetary gear set" 123 (123): 408-415, 2001
13 T. Hidaka, "Dynamic behavior of planetary gear: 7th report, influence of the thickness of the ring gear" 22 (22): 1142-1149, 1979
14 Z. Fan, "Dynamic analysis of planetary gear transmission system considering the flexibility of internal ring gear" 44 (44): 695-706, 2020
15 "Concepts and Parameters Associated with Cylindrical Gears and Cylindrical Gear Pairs with Involute Teeth, Transalation of DIN 3960" DIN 1987
16 Y. Hu, "A gear load distribution model for a planetary gear set with a flexible ring gear having external splines" 141 (141): 053301-, 2019
17 A. Kahraman, "A deformable body dynamic analysis of planetary gears with thin rims" 262 (262): 752-768, 2003