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Weight of conical shell and slurry is generally transferred to substructure through triangular fillet or ring beam, distance of which from apex of cone is determined by arrangement of substructure; this generally consists of four to eight columns, or of tower, either circular or square, built in reinforced concrete or brickwork; formulas presented to determine ring force and meridian force at any point of cone.
Weight of conical shell and slurry is generally transferred to substructure through triangular fillet or ring beam, distance of which from apex of cone is determined by arrangement of substructure; this generally consists of four to eight columns, or of tower, either circular or square, built in reinforced concrete or brickwork; formulas presented to determine ring force and meridian force at any point of cone.
Conical settling tank
Concrete Constr Eng
Griffiths, K.G. (author)
1942
8 pages
Article (Journal)
English
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