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1.
The need for air entrainment in high performance concrete
The need for air entrainment in high performance concrete
by
Hale, W. Micah.
Format:
Books
2.
Shear capacity of high-strength concrete prestressed girders
Shear capacity of high-strength concrete prestressed girders
by
Cumming, David A., author.
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3.
Cracking and shear capacity of high strength concrete bridge girders under fatigue
Cracking and shear capacity of high strength concrete bridge girders under fatigue
by
Tawfiq, Kamal, author.
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4.
Shear strengthening of pretensioned prestressed concrete composite flexural members
Shear strengthening of pretensioned prestressed concrete composite flexural members
by
Aboutaha, R. (Riyad Said)
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5.
Shear strength of pretensioned concrete girders in negative moment regions
Shear strength of pretensioned concrete girders in negative moment regions
by
Powers, Anthony C.
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United States. Federal Highway Administration.
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University of Texas at Austin. Center for Transportation Research.
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Aboutaha, R. (Riyad Said)
(1)
Breen, J. E. (John Edward), 1932-
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Cumming, David A., author.
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Florida Agricultural and Mechanical University. Department of Civil Engineering.
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Florida. Department of Transportation.
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French, Catherine E., author.
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Hale, W. Micah.
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Kreger, Michael E. (Michael Eugene), 1957-
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Minnesota. Department of Transportation.
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Oklahoma. Department of Transportation. Planning & Research Division.
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Powers, Anthony C.
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Texas. Department of Transportation.
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Texas. State Department of Highways and Public Transportation.
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University of Minnesota. Department of Civil Engineering.
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Shear (Mechanics)
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Composite construction -- Testing.
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Concrete -- Air content.
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Concrete bridges -- Live loads -- Testing.
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Girders -- Testing.
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High strength concrete -- Testing.
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