Theses/Dissertations
Author Wegener, Wilbert Frederick, 1922-

Title The economic spacing of contraction joints in reinforced concrete pavements / by Wilbert F. Wegener.

Published 1950.
LOCATION CALL # STATUS
 MST DEPOSITORY  THESIS T 877    NOT CHECKED OUT
 MST DEPOSITORY  THESIS T 877 c.2  NOT CHECKED OUT
Description v, 90 leaves : illustrations ; 28 cm
Summary Structurally, there are two types of joints used in concrete pavements: (a) the tied, or permanently-closed joint; and (b) the open or free type of joint. The permanently closed joint utilized tie-steel of some form to keep the joint from opening. Usually, this steel is in the form of short individual bars extending across the joint and bonded to both slabs (designated as "tie-bars") or in the form of distributed reinforcement. The remaining method of classification, that of refering [sic] to the joint purpose, gives the expansion joint, contraction joint, and warping joint. An expansion joint is, as the name implies, a joint which can close without any appreciable restraint when the adjoining slabs expand. In order for this type of joint to fulfill its intended purpose, the joint must be constructed as an open joint, with the space between joint faces filled with a compressible material, or the joint space must be covered to prevent the infiltration of imcompressible [sic] foreign material--Introduction, leaves 3-4.
Notes M.S. University of Missouri, School of Mines and Metallurgy 1950.
Vita.
Typescript.
Includes bibliographical references (leaves 88-89).
Subjects Concrete construction -- Joints.
Concrete -- Expansion and contraction.
Pavements, Reinforced concrete -- Design and construction.
Other Titles MST thesis. Civil Engineering (M.S., 1950).
OCLC/WorldCat Number 5980705
Author Wegener, Wilbert Frederick, 1922-
Title The economic spacing of contraction joints in reinforced concrete pavements / by Wilbert F. Wegener.
Subjects Concrete construction -- Joints.
Concrete -- Expansion and contraction.
Pavements, Reinforced concrete -- Design and construction.
Other Titles MST thesis. Civil Engineering (M.S., 1950).