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Modal, Harmonic and Dynamic Behaviour Evaluation of a Diesel Generator Canopy Frame Using Finite Element Techniques
Journal: International Journal of Advanced Engineering Research and Science (Vol.12, No. 12)Publication Date: 2025-12-09
Authors : Govind Rajabhau Bhosle N. A. Rawabawale B. S. Allurkar S. M. Nagure;
Page : 80-85
Keywords : Finite Element Analysis; Modal Behaviour; Harmonic Response; Dynamic Evaluation; Diesel Generator; Structural Vibration;
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Abstract
Diesel generators experience continuous vibration and fluctuating forces during operation, which are transferred to the supporting canopy frame [1],[7]. If not structurally optimised, such vibration may trigger deformation, resonance, or long-term fatigue failures [1],[6],[11]. This study investigates the vibratory behaviour of a heavy-duty genset canopy frame through modal, harmonic and dynamic finite element analyses [3],[4]. A 3D
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Last modified: 2025-12-31 19:44:22