by Rafael Perez | 02.09.2014 | Gears, News, Shafts
A new feature for ensuring optimum tooth flank contact is now available on the new release 08/2014 of the MESYS shaft system calculation.The teeth geometry of gear pairs can accordingly undergo either symmetric or unsymmetrical flank corrections based on three...
by Rafael Perez | 01.09.2014 | Bearings, News, Shafts
The MESYS Rolling bearing calculation allows the calculation of bearing load distribution and bearing life according ISO/TS 16281. It is available as standalone application or integrated in a shaft system calculation with additional possibilities like modal analysis,...
by Rafael Perez | 15.07.2014 | Shafts
Calculation templates and a short description of usual shaft system cases have been released for the user community as a useful reference point from which further development can be easily carried out. The list of the examples are as follows: Bevel gearbox...
by Markus Raabe | 09.01.2014 | Shafts
The shaft system calculation now also supports a coupling of shafts by bevel or hypoid gears. The power flow is calculated by a coupled FEA model. Shaft strength according DIN 743, rolling bearing life according ISO/TS 16281 and sgear safety factors are calculated...
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...
