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How to use the System Modeler Modelica library for rotating machinery. Test designs or identify faults in rotating machinery like turbines, motors and drivelines. Flexible, built-in components such as gears, shafts and bearings, vibrations, deflections and contact stresses.
Summary
This webinar shows the new System Modeler Modelica library for rotating machinery. The Rotating Machinery library allows you to test novel designs or identify faults in rotating machinery like turbines, motors and drivelines. Within the library, you'll find fundamental components of rotating machinery, such as gears, shafts and bearings. These components are designed to be flexible, enabling you to observe deformations and accurately capture real-world responses under different loads, for example, vibrations, deflections and contact stresses.
Summary
This webinar shows the new System Modeler Modelica library for rotating machinery. The Rotating Machinery library allows you to test novel designs or identify faults in rotating machinery like turbines, motors and drivelines. Within the library, you'll find fundamental components of rotating machinery, such as gears, shafts and bearings. These components are designed to be flexible, enabling you to observe deformations and accurately capture real-world responses under different loads, for example, vibrations, deflections and contact stresses.
