A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The introduction of the high-strength bolt as a structural connector has made it possible to produce structural joints that are superior to and often more economical than comparable riveted joints. However, to obtain full benefit from the use of these bolts it is necessary that they be installed with a high initial tension. The reasons for and the effects of this high tension are discussed herein on the basis of (a) previous data and (b) the results of static and fatigue tests that have been conducted recently on bolts and bolted connections subjected to shear and tensile loadings.
The introduction of the high-strength bolt as a structural connector has made it possible to produce structural joints that are superior to and often more economical than comparable riveted joints. However, to obtain full benefit from the use of these bolts it is necessary that they be installed with a high initial tension. The reasons for and the effects of this high tension are discussed herein on the basis of (a) previous data and (b) the results of static and fatigue tests that have been conducted recently on bolts and bolted connections subjected to shear and tensile loadings.
Research on Bolted Connections
Munse, William H. (author)
Transactions of the American Society of Civil Engineers ; 121 ; 1255-1266
2021-01-01
121956-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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