FEM Analysis of Helicopter Gondola for Live Working

Kai Liu; Fei Peng; Ming Jiang; Da Ni

doi:10.4028/www.scientific.net/AMR.945-949.44

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Cooperation Design of Target Area for ICF Facility Based on Top-Down Mode
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Quality Evaluation for Model Based Definition of Aerospace Products
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A Numerical Study on Pedestrian Kinematics and Injury Parameters in Bus Collisions
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An Optimization Design of Knee Airbag for Driver Protection from Inter-City Coach Frontal Impact
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FEM Analysis of Helicopter Gondola for Live Working
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Finite Element Analysis of Spontaneous Burst of PV Modules during Encapsulation
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Full Vehicle Handling Prediction and Correlation
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Modal Analysis of School Bus Body Frame
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Modeling and Simulation of Computerized Glove Machine’s Knitting Element Based on SolidWorks
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 945-949FEM Analysis of Helicopter Gondola for Live...

FEM Analysis of Helicopter Gondola for Live Working

Abstract:

In this paper, the FEM analysis of helicopter gondola for live working is analyzed with ANSYS, and based on modeling a simplified gondola model, which includes the appropriate elements selecting and the boundary conditions processing. The maximum stresses and the maximum deformations are calculated under nine kinds of load conditions, to determine which parts of the gondola are in danger, then provides references for the subsequent structure design of gondola.