For the coal classification charcoal sieving machine is used for the coal classification in the m... more For the coal classification charcoal sieving machine is used for the coal classification in the mining technology. Deflection and stress vibrating screen machine structural analysis is thus a key part of the engineering design of screen machine structures. In this paper, analysis of vibrating screen machine structural for stress and deflection. We used finite element method (FEM) to analyze stress and deflection of vibrating screen machine under dynamic load. The method provide the necessary basis for the improvement design and research on vibrating screen machine structures.
The ship hull can be considered as a thin – walled
box gider constituted by stiffened panels. In ... more The ship hull can be considered as a thin – walled box gider constituted by stiffened panels. In order to research the ship ultimate strength, the ultimate strength of stiffened panel must be considered. Stiffened plates are typical structure of ship. Ultimate strength analysis of stiffened plate for the analysis of ships' structures. In present paper, the nonlinear finite element method is employed to predict the ultimate strength of stiffened plate model under longitudinal compression, transverse compression, lateral pressure.
For the coal classification charcoal sieving machine is used for the coal classification in the m... more For the coal classification charcoal sieving machine is used for the coal classification in the mining technology. Deflection and stress vibrating screen machine structural analysis is thus a key part of the engineering design of screen machine structures. In this paper, analysis of vibrating screen machine structural for stress and deflection. We used finite element method (FEM) to analyze stress and deflection of vibrating screen machine under dynamic load. The method provide the necessary basis for the improvement design and research on vibrating screen machine structures.
The ship hull can be considered as a thin – walled
box gider constituted by stiffened panels. In ... more The ship hull can be considered as a thin – walled box gider constituted by stiffened panels. In order to research the ship ultimate strength, the ultimate strength of stiffened panel must be considered. Stiffened plates are typical structure of ship. Ultimate strength analysis of stiffened plate for the analysis of ships' structures. In present paper, the nonlinear finite element method is employed to predict the ultimate strength of stiffened plate model under longitudinal compression, transverse compression, lateral pressure.
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Papers by Tan Vu
box gider constituted by stiffened panels. In order to research
the ship ultimate strength, the ultimate strength of stiffened
panel must be considered. Stiffened plates are typical structure
of ship. Ultimate strength analysis of stiffened plate for the
analysis of ships' structures. In present paper, the nonlinear
finite element method is employed to predict the ultimate
strength of stiffened plate model under longitudinal
compression, transverse compression, lateral pressure.
box gider constituted by stiffened panels. In order to research
the ship ultimate strength, the ultimate strength of stiffened
panel must be considered. Stiffened plates are typical structure
of ship. Ultimate strength analysis of stiffened plate for the
analysis of ships' structures. In present paper, the nonlinear
finite element method is employed to predict the ultimate
strength of stiffened plate model under longitudinal
compression, transverse compression, lateral pressure.