New and Updated Models, Apps, and Add-ins in Version 6.4
Validation of Dynamic Coefficients in Hydrodynamic Bearings
In this verification example, the built-in functionality for calculating dynamic coefficients in hydrodynamic bearings is validated. The results are compared with those obtained using the finite perturbation method to ensure consistency and accuracy.
Rotordynamic Analysis of a Crankshaft
The updated model uses the new
Rotating Frame
node.
Comparison of Campbell Diagrams Using Different Rotor Interfaces
The updated model uses the new
Rotating Frame
node and the new mode following functionality for eigenfrequency studies. The example model also showcases the updated
Whirl
and
Campbell Diagram
result templates.
Simply Supported Beam Rotor
The updated model uses the new mode following functionality for eigenfrequency studies. It also showcases the updated
Campbell Diagram
and
Stability Diagram
result templates.
Critical Speed of a Dual Rotor System
The updated model uses the new mode following functionality for eigenfrequency studies. It also showcases the updated
Campbell Diagram
result template.
Rotors Connected by a Spline Coupling
The updated model uses the new mode following functionality for eigenfrequency studies. It also showcases the updated
Campbell Diagram
result template.