Mesh generation and mesh refinement procedures for the analysis of concrete shells

Author:

Lackner Roman,Mang Herbert A.

Publisher

Elsevier BV

Subject

General Engineering,Software

Reference21 articles.

1. Natural draught cooling towers. Engng Struct (Special Issue) 1998; 20(10).

2. Veränderlichkeit der Biege- und Schubsteifigkeit bei Stahlbe-tontragwerken und ihr Einfluß auf Schnittkraftverteilung und Traglast bei statisch unbestimmter Lagerung;Dilger;Deutscher Ausschuß für Stahlbeton,1966

3. Repair and completion of damaged cooling tower;Gould;J Struct Engng (ASCE),1989

4. Collapse simulation of reinforced concrete natural draught cooling towers;Krätzig;Engng Struct,1992

5. Lackner R. Adaptive finite element analysis of reinforced concrete plates and shells. PhD Thesis. Vienna University of Technology; 1999.

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