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Normal Section Bearing Capacity of Light Weight Aggregate Concrete Member with Circular Section under Eccentric Compression
According to the nonlinear stress-strain relationship of LAC (lightweight aggregate concrete), in this paper whole process theoretical analysis on normal section bearing capacity has been done on lightweight aggregate reinforced concrete member with circular section under eccentric compressive loading. Fundamental equation of numerical iteration is established for normal section bearing capacity of LAC member with circular section under eccentric compressive loading, which provides theoretical basis for concerned calculation simplification.
Normal Section Bearing Capacity of Light Weight Aggregate Concrete Member with Circular Section under Eccentric Compression
According to the nonlinear stress-strain relationship of LAC (lightweight aggregate concrete), in this paper whole process theoretical analysis on normal section bearing capacity has been done on lightweight aggregate reinforced concrete member with circular section under eccentric compressive loading. Fundamental equation of numerical iteration is established for normal section bearing capacity of LAC member with circular section under eccentric compressive loading, which provides theoretical basis for concerned calculation simplification.
Normal Section Bearing Capacity of Light Weight Aggregate Concrete Member with Circular Section under Eccentric Compression
Advanced Materials Research ; 446-449 ; 445-449
24.01.2012
5 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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