STP1271

    Recent Developments in the Design of Sealant Joints for Movement and Other Effects

    Published: Jan 1996


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    Abstract

    Often, thermal movement and other performance factors are inadequately considered in the design of sealant joints. Performance factors that affect sealant joint design are described, including: thermal movement; moisture movement; live and dead loads; creep, elastic frame shortening, and shrinkage of concrete structures; and material, fabrication, and erection tolerances. Three calculation examples will be described for joints in new construction that accommodate movement: (1) an expansion joint in a masonry wall, (2) a joint between different building systems, and (3) a floor line expansion joint for a multi-story curtain wall and two examples for joints in remedial work: (4) a fillet (triangular) joint between a curtain wall and masonry wall and (5) a bridge joint for a precast concrete panel system..

    Keywords:

    bridge joint, butt joint, construction tolerance, expansion joint, fillet joint, moisture movement, performance factor, sealant joint design, thermal movement


    Author Information:

    O'Connor, TF
    Vice President and Director of Building Technology, Smith, Hinchman & Grylls Associates, Inc., Detroit, MI


    Paper ID: STP16047S

    Committee/Subcommittee: C24.01

    DOI: 10.1520/STP16047S


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