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Ultimate load balanced design of prestressed concrete

Ellen, P.E.

Aspects of ultimate load design of post-tensioned concrete are discussed, and performance design criteria is emphasized; it is shown that these factors can be combined so that ultimate load and slab or beam deflection criteria can also be satisfied; particular data refers to flat slab design; discussion is in three parts -- general design, load balanced design, and fire ratings and shear design; behavior of post-tensioned concrete as ultimate load is approached; ultimate load design for fire ratings, flexure in slab-column junctions for reverse bending effects and shear problems; methods of design are discussed; cable friction problems are directly related to load balance design and calculation methods are proposed. (n 4 Apr 1966 p 17-25, n 5 May p 26-30)

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Ultimate load balanced design of prestressed concrete

Ellen, P.E.

Aspects of ultimate load design of post-tensioned concrete are discussed, and performance design criteria is emphasized; it is shown that these factors can be combined so that ultimate load and slab or beam deflection criteria can also be satisfied; particular data refers to flat slab design; discussion is in three parts -- general design, load balanced design, and fire ratings and shear design; behavior of post-tensioned concrete as ultimate load is approached; ultimate load design for fire ratings, flexure in slab-column junctions for reverse bending effects and shear problems; methods of design are discussed; cable friction problems are directly related to load balance design and calculation methods are proposed. (n 4 Apr 1966 p 17-25, n 5 May p 26-30)

Ultimate load balanced design of prestressed concrete

Ellen, P.E.

Aspects of ultimate load design of post-tensioned concrete are discussed, and performance design criteria is emphasized; it is shown that these factors can be combined so that ultimate load and slab or beam deflection criteria can also be satisfied; particular data refers to flat slab design; discussion is in three parts -- general design, load balanced design, and fire ratings and shear design; behavior of post-tensioned concrete as ultimate load is approached; ultimate load design for fire ratings, flexure in slab-column junctions for reverse bending effects and shear problems; methods of design are discussed; cable friction problems are directly related to load balance design and calculation methods are proposed. (n 4 Apr 1966 p 17-25, n 5 May p 26-30)

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Title:

Ultimate load balanced design of prestressed concrete

Additional title:

Constr Rev

Contributors:

Ellen, P.E. (author)

Published in:

Constructional Review ; 38

Publication date:

1966

Size:

7 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Concrete construction

© Metadata Copyright Elsevier B. V. All rights reserved.

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