# Differential Quadrature and Differential Quadrature Based Element Methods : Theory and Applications / Xinwei Wang.

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Main Author: Wang, Xinwei (Author) eBook English Oxford, UK : Butterworth-Heinemann, [2015] Click for online access
• Cover; Title Page; Copyright Page; Contents; Preface; Acknowledgments; Chapter 1
• Introduction; 1.2
• Determination of weighting coefficients; 1.5
• Explicit formulation of weighting coefficients; 1.6
• Various grid points; 1.7
• Error analysis ; 1.8
• Differential quadrature time integration scheme; 1.9.1
• The method of the DQ-based time integration; 1.9.2
• Application and discussion; 1.10
• Summary; References.
• 3.3.5
• Method of modification of weighting coefficient-23.3.6
• Method of modification of weighting coefficient-3; 3.3.7
• Method of modification of weighting coefficient-4; 3.3.8
• Virtual boundary point method or La-DQM; 3.3.9
• Method of modification of weighting coefficient-5; 3.4
• Discussion; 3.5
• Numerical examples; 3.6
• Summary; References; Chapter 4
• Introduction; 4.2
• Quadrature Timoshenko beam element; 4.5
• Quadrature plane stress (strain) element.
• 4.6
• Displacement and strain fields; 4.6.2
• Constitutive equation; 4.6.3
• Quadrature rectangular thick plate element; 4.7
• Quadrature thin beam element; 4.8
• Quadrature thin rectangular plate element; 4.8.1
• Quadrature rectangular plate element with Lagrange interpolation; 4.8.2
• Quadrature rectangular plate element with Hermite interpolation; 4.8.3
• Quadrature rectangular plate element with mixed interpolations; 4.9
• Extension to quadrilateral plate element with curved edges; 4.10
• Discussion; 4.10.1
• Assemblage procedures.
• 4.10.2
• Quadrature plate elements with nodes other than GLL points; 4.10.4
• Numerical examples; 4.11
• Summary; References; Chapter 5
• In-plane stress analysis; 5.1
• Introduction; 5.2
• Formulation-I; 5.3
• Formulation-II; 5.4
• Results and discussion; 5.5
• Equivalent boundary conditions; 5.6
• Summary; References; Chapter 6
• Static analysis of thin plate; 6.1
• Introduction; 6.2