by Markus Raabe | 10.09.2013 | Bearings, Shafts
Several results for bearing life are shown in the Rolling bearing calculation and the Shaft calculation. Bearing life according ISO 281 The bearing life according ISO 281 is calculated using dynamic load capacity C and dynamic equivalent load P = X*Fr + Y*Fa. An...
by Markus Raabe | 18.04.2013 | Shafts
The ‘Huber Verlag für Neue Medien GmbH’ rewarded the MESYS Shaft calculation with the rating “BEST OF 2013”.
by Markus Raabe | 26.03.2013 | Seminars, Shafts
A seminar for calculation of shaft systems is given on May 16th in Zürich in German. Please contact us, if you are interested in an english one.
by Markus Raabe | 14.12.2012 | Shafts
The MESYS Shaft Calculation now supports systems of parallel shafts coupled by gears. The shaft calculation is considering a nonlinear bearing stiffness and for gear pairs a data exchange with programs for gear calculations is possible. For example the eAssistant from...
by Markus Raabe | 14.12.2012 | Shafts
The possibilites for generating a Campbell Diagram had been extended in the shaft calculation. Here a simple rotor with ball bearings under pretension as an example. The calculation considers natural frequencies for torsion and in axial and radial direction. These are...
by Markus Raabe | 10.04.2012 | Shafts
As the MESYS shaft calculation supports several coaxial shafts it is possible to calculate a flex pin. The flex pin is used to avoid tilting of a planetary gear which is only fixed on one side in a carrier. A hollow pin is connected to the pin and their bending...
