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Discussion| March 01 1954

CORRESPONDENCE. FURTHER RESEARCH IN REINFORCED CONCRETE, AND ITS APPLICATION TO ULTIMATE LOAD DESIGN.

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A L L BAKER
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G G MEYERHOF
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W T MARSHALL
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R GARTNER
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M R HORNE
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K HAJNAL KONYI
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W W L CHAN
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C W YU
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J A DERRINGTON
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K A EVERARD
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O T HUN
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R H EVANS
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E H BATEMAN
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Author & Article Information
Publisher: Emerald Publishing
Online ISSN: 1753-7789
© Thomas Telford and ICE
1954
Proceedings of the Institution of Civil Engineers (1954) 3 (2): 289–320.
https://doi.org/10.1680/ipeds.1954.12565

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First page of CORRESPONDENCE. FURTHER RESEARCH IN REINFORCED CONCRETE, AND ITS APPLICATION TO ULTIMATE LOAD DESIGN.
Keywords: RESEARCH, REINFORCED, CONCRETE, ULTIMATE, LOADS, DESIGN, PLASTIC, HINGES, METHODS, BENDING, MOMENTS, DISTRIBUTION, STABILITY, BUILDINGS, FRAMES, STRENGTH, BEAMS
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© Thomas Telford and ICE
1954
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Volume 3, Issue 2
1 March 1954
Proceedings of the Institution of Civil Engineers Cover Image for Volume 3, Issue 2

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FURTHER RESEARCH IN REINFORCED CONCRETE, AND ITS APPLICATION TO ULTIMATE LOAD DESIGN.
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THE RAPID CALCULATION OF THE PLASTIC COLLAPSE LOAD FOR A FRAMED STRUCTURE.
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THE PLASTIC THEORIES FOR THE ULTIMATE STRENGTH OF REINFORCED-CONCRETE BEAMS.
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