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12 Jun 2002: nt/proj 102 2.sqrt(l)%log(1.foldedsamosadist.f(maxnf,minnf,l,79.e3,9.9e3,29.5e3,336.3e3)) h/op/div 102 101 103!

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12 Oct 2002: Lemma 1.1 (Proposition 1). If P and Q are linear partial differential op-erators.

18 Feb 2002: This op-tion equates the global displacements and rotations ofthe two nodes that are tied together.

22 Mar 2002: geometries, numerical solutions are the only viable op-tion. The first finite element algorithm to incorporatewrinkling theory[12, 13] iteratively modified the mem-brane stiffness until all compressive stresses had beeneliminated.

9 Sep 2002: The list does include allsimply-connected rank-one symmetric spaces except CP 2, OP 2 (the Cayley projectiveplane) and the obvious case S2.