A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Programmed Analysis and Axial and Bending Design Stresses for Rigidly-Connected Three-Span Continuous Highway-Bridge Warren Trusses
The purpose of this work is to program the entire analysis in the FORTRAN language for electronic digital computers. This program is for any through, symmetrical, three-span, Warren-type, continuous, highway-bridge truss of any configuration. Rigid joints may be riveted, bolted, or welded. (BPR abstract)
Programmed Analysis and Axial and Bending Design Stresses for Rigidly-Connected Three-Span Continuous Highway-Bridge Warren Trusses
The purpose of this work is to program the entire analysis in the FORTRAN language for electronic digital computers. This program is for any through, symmetrical, three-span, Warren-type, continuous, highway-bridge truss of any configuration. Rigid joints may be riveted, bolted, or welded. (BPR abstract)
Programmed Analysis and Axial and Bending Design Stresses for Rigidly-Connected Three-Span Continuous Highway-Bridge Warren Trusses
J. E. Russell (author) / S. T. Li (author)
1964
123 pages
Report
No indication
English
Computer Hardware , Civil Engineering , Beams(Structural) , Computer programs , Structural properties , Shear stresses , Input-output devices , Mathematical models , Digital computers , Supports , Stresses , Simultaneous equations , Loading(Mechanics) , Deflection , Differential equations , Bridges , Reinforced concrete , FORTRAN
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