6 problems
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Conjecture on fail points in non-isosceles non-acute triangles
Triangle fail-point conjecture. The fail point lies on the longest side and is always closer to the foot of the altitude onto that side than to the midpoint of the side.
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Ramaswamy's conjecture on fail points
Ramaswamy's conjecture. The fail points occur either at the contact points of the largest inscribed circle or at points of minimal curvature.
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Saint-Venant's conjecture on fail points
Saint-Venant's conjecture. Fail points occur at the contact points of the largest inscribed circle.
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Modified maximal-stress conjecture for axially symmetric convex planar domains
Let be an axially symmetric planar convex domain centered at the origin, and let the fail points be the points where the stress is maximal, with the torsi…
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Saint Venant's maximal-stress conjecture for axially symmetric convex planar domains
Let be a convex planar domain symmetric about two coordinate axes, and call such a domain axially symmetric. The maximal stress is the maximum of , where i…
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Saint Venant's maximum-gradient conjecture for convex domains
Let be a convex domain, and let the torsion function on be the solution of the relevant Dirichlet problem. The largest inscribed circle of intersects the…