Credit Weight: 0.5 Prerequisite(s): Engineering 3435, 4135 Description: Prestressed concrete design considering flexure, shear, anchorage and prestressing losses. Reinforced concrete two-way slab systems. Plastic and limit load analysis of steel and reinforced concrete beam and frame systems, upper bound, lower bound and step-by-step methods. Other topic(s) selected from yield line methods of ultimate load design for reinforced concrete slabs; highway bridge loadings and specifications; earthquake engineering and structural dynamics. Offering: 3-0; or 3-0

Engineering 0233 Structural Design Topics

Credit Weight: 0.5 Prerequisite(s): Engineering 3435, 4135 Description: Prestressed concrete design considering flexure, shear, anchorage and prestressing losses. Reinforced concrete two-way slab systems. Plastic and limit load analysis of steel and reinforced concrete beam and frame systems, upper bound, lower bound and step-by-step methods. Other topic(s) selected from yield line methods of ultimate load design for reinforced concrete slabs; highway bridge loadings and specifications; earthquake engineering and structural dynamics. Offering: 3-0; or 3-0





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