Optimizing and designing shafts
Shafts, axles, hubs
Shafts and axles
Shafts are considered to be one of the central drive elements. The optimization, assessment and verification of the safety of shafts is therefore a frequent task. It is always of particular importance in the context of the overall design. The calculation methods of DIN 743 are generally recognized here and are usually even a requirement in companies. MDESIGN offers this basic calculation method and quickly delivers reliable results.
In addition, support points, loads and boundary conditions are easy to add.
Results are ready for evaluation in a clear form in a matter of seconds. These include
- Safety factors for fatigue failure
- Safety factors for yielding
- Masses and moments
- Bearing reaction forces
- Shear force curves
- Torsional and bending moments
- Torsional and bending loads
- Tensile loads and forces
- Compressive loads and forces
- Characteristics of the strength verification according to DIN 743
- Static and dynamic safeties
Shaft-hub connections
Solutions in drive technology often require the efficient transmission of power and torque.
These include:
- Serrated and splined shaft connections according to DIN 5464 and DIN ISO 14
- Parallel key joints according to DIN 6892 for molds according to DIN 6885
- Polygon profiles P3G and P4C according to DIN 32711 and DIN 32712
- Cylindrical longitudinal and transverse interference fit according to DIN 7190
- Lever hub, disk hub, tapered connections and clamping elements
- Axial tension
- Surface pressures for serrated and tapered connections
The corresponding MDESIGN modules deliver results for:
- Geometry parameters
- Load data and surface pressures
- Safeties
Documentation of your wave calculation
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