7. Taerwe LR, Lambotte H and Miesseler HJ. Loading tests on concrete beams prestressed with glass fiber tendons. PCI J 1992; 37(4): 84–97. 8. Stoll F, Saliba JE and Casper LE. Experimental study of ...

Pre-stressed concrete is an ideal material for beam bridge construction; the concrete withstands the forces of compression well and the steel rods imbedded within resist the forces of tension.

Pre-stressed concrete is an ideal material for beam bridge construction; the concrete withstands the forces of compression well and the steel rods imbedded within resist the forces of tension.

Description: Principles of prestressed concrete. Prestressing systems, end anchorage, and loss of prestress. Analysis and design of sections for flexure, shear, bond, bearing, and deflection.

A digital version of the project plans and information will be available to view online from approximately Jan. 28 through ...

Walter Kaufmann is the Chair of Structural Engineering (Concrete Structures and Bridge Design) at the Swiss Federal Institute of Technology ... the „Beam Element Tester”, and carried out several large ...

The bridge was originally built in 1948 and was renovated in 1980. The prestressed concrete box beams on the bottom side of the bridge are deteriorating, which is why the bridge will be replaced ...