1. A universal kinematic analysis of geared mechanism
  2. An Approach to Power-Flow andStatic Force Analysis in
    Multi-Input Multi-Output
    Epicyclic-Type Transmission
    Trains
  3. HYBRID TRANSMISSION FOR MOBILE ROBOT
  4. Hybrid Transmission for Mobile Robot
  5. Hybrid Transmission for Mobile Robot 
  6. No clutch fuzzy logic controlled hybrid transmission
  7. KINEMATIC NOMOGRAPHS OF EPICYCLIC-TYPE TRANSMISSION MECHANISMS
  8. Meshing  Efficiency Analysis of  Two Degree- of- Freedom Epicyclic Gear Train 
  9. Meshing  Efficiency Analysis of  Two Degree- of- Freedom Epicyclic Gear Trains
  10. Nomographs and Feasibility Graphs for Enumeration of Ravigneaux-Type Automatic Transmissions
  11. NOMOGRAPHS FOR ANALYSIS OF POWER CIRCULATION THROUGH CLOSED EPICYCLIC GEAR TRAINS.
  12. NOMOGRAPHS FOR ENUMERATION OF CLUTCHING SEQUENCES ASSOCIATED WITH EPICYCLIC-TYPE AUTOMATIC TRANSMISSION MECHANISMS
  13. NOMOGRAPHS FOR KINEMATICS, STATICS AND POWER FLOW ANALYSIS OF EPICYCLIC GEAR TRAINS
  14. Nomographs for synthesis of epicyclic-type automatic transmissions
  15. Nomographs for synthesis of epicyclic-type automatic
  16. Reduced Length Eight_Velocity Automatic Transmissions
  17. Teaching Planetary Gear Trains with the Aid of Nomographs
  18. TORQUE AND POWER-FLOW ANALYSES OF TWO INPUT EPICYCLIC-TYPE TRANSMISSION TRAINS
  19. Power losses in two-degrees-of-freedom planetary gear trains: A critical analysis of Radzimovsky’s formulas
  20. Comments on “Analysis of circulating power within hybrid electric vehicle transmissions”, Mechanism and Machine Theory ٦٤ (٢٠١٣) ١٣١–١٤٣, by A.K. Gupta, C.P. Ramanarayanan
  21. Comments on “Power flow and efficiency analysis of epicyclic gear transmission with split power” by C. Chen, Mech.Mach. Theory ٥٩ (٢٠١٣) ٩٦–١٠٦
  22. GRAPH-BASED ALGORITHM FOR POWER CIRCULATION AND EFFICIENCY ANALYSIS OF A PLANETARY GEAR REDUCER
  23. KINEMATIC ANALYSIS OF INDUSTRIAL AUTOMATIC TRANSMISSIONS WITH PLANETARY GEAR TRAINS
  24. Influence of the Operating Conditions of Two-Degree-of-Freedom Planetary Gear Trains on Tooth Friction Losses

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