We conducted a modal complex eigenvalue analysis at the specified rotational speeds to investigate the whirling modes caused by rotation, changes in damping, and critical speeds.
**Case Summary** ■Product Name: NX Nastran ■Analysis: Eigenvalue Analysis ■Industry: Other The vibration characteristics of rotating bodies exhibit whirl motion due to centrifugal force, tilt vibrations, and gyroscopic effects as the axis rotates, causing changes in eigenvalues. When the direction of rotation and whirl coincide, it is referred to as forward whirl, and when they are opposite, it is called backward whirl. When the rotational speed matches the eigenvalue of the axis, the amplitude of the whirl increases, leading to instability in the rotating system and potential damage to components. The speed at this point is referred to as the critical speed. In this analysis, modal complex eigenvalue analysis was conducted for specified rotational speeds to investigate the whirl modes induced by rotation, changes in damping, and critical speeds. □ For other features and details, please refer to the catalog.
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We will introduce a case study of analysis using NX Nastran, specifically focusing on rotor dynamics eigenvalue analysis.
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At N.S.T, we provide a variety of support to comprehensively assist our customers in better manufacturing, ranging from the provision of diverse analysis tools to their utilization methods and contract analysis. Our company offers truly usable numerical analysis tools and seamlessly supports the introduction and operation of these tools by leveraging the know-how gained through our extensive experience in the field of numerical analysis.
