... to make decisions under uncertainty ( 2 ). design engineering entropy mathematical analysis 08 11 2009 02 08 2010 30 09 2010 30 09 2010 2010 American Society of Mechanical Engineers ...

... at the end of this paper. 06 04 2009 03 12 2009 09 02 2010 09 02 2010 drives gears mathematical analysis milling numerical control double circular-arc spiral bevel gear tooth profile mathematical modeling gear machining Nutation is the third movement...

... later in this paper. gear dynamics drivetrain horizontal wind turbine flexible multibody planetary gears drives elasticity gears machine bearings mathematical analysis mechanical contact rings (structures) torque vibrations wind turbines 10 10 2008 28 07 2009...

... this method, it is relatively easy to realize the desired geometrical and mechanical properties into the design. 22 05 2008 22 10 2008 06 04 2009 gears mathematical analysis mechanical contact Planar gears are mainly divided into circular gears and noncircular gears. Circular...

... 02 09 2008 06 01 2009 deformation design engineering flexible structures mathematical analysis reliability The basic function of a compliant mechanism is to enable the flexible members to store energy as they are deflected to generate both motion and force transmissions...

... 06 2007 30 01 2008 09 09 2008 failure (mechanical) fault tolerance mathematical analysis robots When robots perform a task in harsh and∕or remote environments, they are subject to actuator and sensor failures. For these cases, it is quite difficult or impossible for us...

... gears rotors mathematical analysis 24 11 2005 22 04 2006 2007 American Society of Mechanical Engineers ...

... mathematics, the paper points to possible computerization of the method. 31 08 2004 04 06 2005 couplings supports graph theory mathematical analysis Example for employing face forces in detecting dead-point positions of the Stephenson II linkage. ( a ) Stephenson II linkage, ( b...