Recent developments in yield-line theory.
Recent developments in yield-line theory.
About this item
Full title
Publisher
Slough [England] : Cement and Concrete Association, 1965.
Uniform title
Date
1965.
Call Numbers
TQ077505
Record Identifier
MMS ID
Language
English
Formats
Physical Description
Physical content
74 p. : ill. ; 30 cm.
Contents
The evaluation of nodal and edge forces in yield-line theory / by K. O. Kemp -- Equilibrium methods for least upper bounds of rigid-plastic plates / by C. T. Morley -- A new nodal-force theory / by M. P. Nielsen -- New techniques in nodal-force theory for slabs / by R. H. Wood -- The use of nodal fo...
Publication information
Publisher
Slough [England] : Cement and Concrete Association, 1965.
Analytical title
The evaluation of nodal and edge forces in yield-line theory.
Equilibrium methods for least upper bounds of rigid-plastic plates.
A new nodal-force theory.
New techniques in nodal-force theory for slabs.
The use of nodal forces in yield-line analysis.
Place of Publication
England
Date Published
1965.
Subjects
More information
Alternative Titles
Full title
Recent developments in yield-line theory.
Variant title
Magazine of concrete research.
The evaluation of nodal and edge forces in yield-line theory.
Equilibrium methods for least upper bounds of rigid-plastic plates.
A new nodal-force theory.
New techniques in nodal-force theory for slabs.
The use of nodal forces in yield-line analysis.
Authors, Artists and Contributors
Author / Artists
Morley, C. T. Equilibrium methods for least upper bounds of rigid-plastic plates.
Nielsen, M. P. A new nodal-force theory.
Wood, R. H. New techniques in nodal-force theory for slabs.
Jones, L. L. The use of nodal forces in yield-line analysis.
Cement and Concrete Association.
Notes
General note
MCR special publication ; May 1965.
Includes bibliographies.
Identifiers
Primary Identifiers
Call Numbers
TQ077505
Record Identifier
74VK6k6xgQwy
Permalink
https://devfeature-collection.sl.nsw.gov.au/record/74VK6k6xgQwy
Other Identifiers
DDC
620.139
MMS ID
991020987499702626
