Two-dimensional differential quadrature solution for vibration characteristics of two-dimensional functionally graded metal/ceramic open cylindrical shells

Keyphrases

• 2D-FGM 50%
• Arbitrary Boundary Conditions 16%
• Axial Direction 33%
• Convergence of the Method 16%
• Differential Quadrature Method 100%
• Discretize 16%
• Edge Boundary 16%
• Elasticity Theory 16%
• FGM Cylindrical Shell 16%
• Flexible Design 16%
• Frequency Parameter 16%
• Function Expansion 16%
• Functionally Graded 16%
• Generalized Differential Quadrature Method 16%
• Geometrical Parameters 16%
• Governing Equations 16%
• Linear Strain 16%
• Metal-ceramic 100%
• Numerical Tools 16%
• Open Cylindrical Shell 100%
• Power-law Function 16%
• Quadrature Solutions 100%
• Radial Direction 33%
• Result Comparison 16%
• Semi-analytical 16%
• Simply Supported 16%
• Simply Supported Edges 16%
• Small Strain 16%
• Three-dimensional Elasticity Solution 16%
• Three-dimensional Strain 16%
• Trigonometric Functions 16%
• Two Dimensional 100%
• Two-dimensional Functionally Graded 100%
• Two-directional 16%
• Various Boundary Conditions 16%
• Vibration Characteristics 100%
• Volume Fraction 33%
• Volume Fraction Index 16%

Engineering

• Axial Direction 28%
• Boundary Condition 71%
• Cermet 100%
• Characteristic Vibration 100%
• Cylindrical Shell 100%
• Elasticity Theory 14%
• Functionally Graded Material 85%
• Generalised Differential Quadrature Method 14%
• Geometrical Parameter 14%
• One Dimensional 14%
• Radial Direction 28%
• Simply Supported Edge 14%
• Two Dimensional 100%