A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Stress analysis of cracked reinforced and prestressed concrete thin-walled beams and shells
Method for stress analysis of concrete beams under combined effect of axial force bending moments and 'bimoments'; distribution of strains and stresses in uncracked thin-walled beam follows closely theory developed by V.Z.Vlasov; theory is extended to problem of stress distribution in cracked section of reinforced concrete beam; analysis is limited to beams of 'open cross-section' working in elastic range of internal stresses; results of model tests at Southampton have substantiated validity of theory. (28466)
Stress analysis of cracked reinforced and prestressed concrete thin-walled beams and shells
Method for stress analysis of concrete beams under combined effect of axial force bending moments and 'bimoments'; distribution of strains and stresses in uncracked thin-walled beam follows closely theory developed by V.Z.Vlasov; theory is extended to problem of stress distribution in cracked section of reinforced concrete beam; analysis is limited to beams of 'open cross-section' working in elastic range of internal stresses; results of model tests at Southampton have substantiated validity of theory. (28466)
Stress analysis of cracked reinforced and prestressed concrete thin-walled beams and shells
Mag Concr Res
Zbirohowski-Koscia, K.F. (author)
1968
8 pages
Article (Journal)
English
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