... coupling design optimization couplings design engineering power transmission (mechanical) shafts torque vibrations 19 11 2009 14 09 2011 09 12 2011 09 12 2011 Where a reference κ = 0 is suggested by Fig. 5 —i.e., where θ = 0 for the spherical pantograph in Fig. 7...

... design optimization. 02 02 2011 24 08 2011 28 10 2011 28 10 2011 electric vehicles mechanical engineering computing power transmission (mechanical) product design support vector machines decomposition-based design optimization reduced representation constraint...

... power transmission (mechanical) Epicyclic gear trains (EGTs) have broad applications, in automobile, aerospace, mill, and automation industries, such as [( 1 2 )]. The Simpson gear train was one of the earliest types of gear sets in automatic transmissions. Today, the Simpson gear train...

...: they are the reverse circulation power flow (type I) and the forward circulation power flow (type II) [( 1 )]. power-split transmissions CVT efficiency KERS power transmission (mechanical) variable speed gear 03 02 2011 03 07 2011 01 09 2011 01 09 2011 2011 American...

... of the problem. Model predictions are compared to measurements at the end to assess the accuracy of the model and describe the measured sensitivities. 01 11 2010 05 05 2011 07 07 2011 08 07 2011 automotive components axles gears mesh generation power transmission (mechanical...

... flows. We apply the concept of virtual power to find analytical expression of the efficiency of a two degrees of freedom train, with associated applicable ranges. The results are verified by an example. design engineering gears optimisation power transmission (mechanical) Epicyclic gear...

... biomechanics design engineering humanoid robots power transmission (mechanical) robot kinematics The external shape of a humanoid robot is with great importance whenever the application of service robots is targeted and for which the acceptance criterion is looked for. On the other hand, the use...

... also carried out a comparison between theoretical predictions and experimental data. We have found a relatively good agreement that confirms the validity of the theoretical approach. 25 03 2010 06 10 2010 23 11 2010 23 11 2010 couplings power transmission (mechanical...

... of gear transmission error have not been clearly elucidated. Moreover, the relationship between tooth flank form and transmission error remains unclear. gear transmission error tooth flank form elastic deformation gears mesh generation power transmission (mechanical) springs...

...Panos Y. Papalambros 03 06 2010 03 06 2010 automotive components design engineering gears power transmission (mechanical) If there is one image that epitomizes mechanical engineering, indeed engineering itself among the non-engineers, it is the gear. I will pass up...

...Philippe Velex; Avinash Singh 03 06 2010 03 06 2010 design engineering gears power transmission (mechanical) The Journal of Mechanical Design has long been established as one of the favorite venues for designers and researchers in gearing keen to disseminate...

... illustrates the concepts and equations presented, and the result for elastic deformation of the driving tines is consistent with that produced by the commercial finite element analysis software. design engineering elastic deformation failure (mechanical) mesh generation power transmission (mechanical...

... 02 03 2010 30 04 2010 30 04 2010 angular velocity electric motors engines oscillations power transmission (mechanical) torque CVT continuous variable transmission ratcheting CVT mechanical transmission Fixed-ratio transmissions, whether manually operated...

... charts is presented. The manipulator that has a large workspace and good motion/force transmissibility is identified. 14 08 2009 10 01 2010 11 03 2010 11 03 2010 design end effectors manipulator kinematics power transmission (mechanical) Compared with serial robots...

... in self-propelled vehicles. A mathematical model is presented. Numerical simulations compare the behavior of a car fitted with a manual gearbox and the same car fitted with the IVT. 21 08 2008 10 10 2009 03 03 2010 03 03 2010 clutches gears power transmission (mechanical...

... a deflection parameter Δ , assigned a priori. The new model, instead, calculates the real pulley elastic deflection through a Green function approach with a negligible increase of computational cost. chains drives elastic deformation power transmission (mechanical) pulleys variable speed gear...

.... 357 – 392 . Tsai , L. W. , 2001 , Mechanism Design: Enumeration of Kinematic Structure According to Function , CRC , Boca Raton, FL . automotive components gears power transmission (mechanical) torque Due to the fact that the function of an automotive transmission...

... 20 10 2009 30 12 2009 30 12 2009 cams (mechanical) engines pneumatic systems power transmission (mechanical) springs (mechanical) valves In valve train and generally in automated machines, cam-follower mechanisms are used by designers to obtain a particular output...

... architecture by itself, or of a mixed solution, strictly depends on the specific application under consideration and that none of them should be discarded a priori. 08 09 2008 06 05 2009 06 10 2009 automobiles design engineering optimisation power transmission (mechanical) variable...

... the unique ability to produce a continuous and uniform output, and can even shape the output to match a periodic waveform. cams (mechanical) clutches design engineering drives gears kinematics plates (structures) power transmission (mechanical) 06 04 2008 12 05 2009 27 07...