Pages that link to "Item:Q1060590"

The following pages link to The wedge subjected to tractions: A paradox re-examined (Q1060590):

Displaying 18 items.

• Application of relations of singularity intensities of tangent derivatives of boundary displacements and tractions to BEM (Q443476) (← links)
• Solutions for the anisotropic elastic wedge at critical wedge angles (Q809658) (← links)
• On state-space elastostatics within a plane stress sectorial domain -- the wedge and the curved beam (Q835918) (← links)
• The plane self-similar anisotropic and angularly inhomogeneous wedge under power-law tractions and the asymptotic analysis of the stress field (Q864535) (← links)
• On a necessary condition for spanners in a wedge (Q953050) (← links)
• Three-dimensional stress singularities in anisotropic materials and composites (Q1072769) (← links)
• The critical angle of the anisotropic elastic wedge subject to uniform tractions (Q1111055) (← links)
• The wedge subjected to tractions proportional to \(r^n\): A paradox resolved (Q1286140) (← links)
• Further paradoxes in generalized Levy problems (Q1289460) (← links)
• Antiplane deformation of an elastic wedge under action concentrated near the corner point (Q1369994) (← links)
• Paradox solution on elastic wedge dissimilar materials (Q1430613) (← links)
• The plane wedge problem loaded at its apex -- the self-similarity property and the characteristic vector (Q1774159) (← links)
• The anisotropic and angularly inhomogeneous elastic wedge under a monomial load distribution (Q2505794) (← links)
• A Paradox on the Elastic Wedge Subjected to a Concentrated Couple and on the Jeffery-Hamel Viscous Flow Problem (Q3707493) (← links)
• (Q3746970) (← links)
• Some Remarks on the Wedge Paradox and Saint-Venant’s Principle (Q4319334) (← links)
• Analytical solutions of tensile stresses during rock cutting (Q4385974) (← links)
• The linear elastic wedge under a tip couple at the critical angle. Where is the paradox? (Q6085803) (← links)