Civil and Environmental Engineering at Duke

publications by Henry Petroski.


Papers Published

  1. Petroski, H. J., PERMANENT DEFORMATION OF A CRACKED CANTILEVER STRUCK TRANSVERSELY AT ITS TIP., Journal of Applied Mechanics, Transactions ASME, vol. 51 no. 2 (1984), pp. 329 - 334 .
    (last updated on 2007/04/09)

    Abstract:
    The presence of even a stable crack in a ductile cantilever can have a dramatic effect on the structural response of the beam. Not only can the magnitude of the permanent plastic deformation be significantly increased but also the final shape of the damaged beam can be dramatically affected by the size and location of the crack. Such effects are quantified by analyzing a simple model of the cracked beam with an attached tip mass.

    Keywords:
    MATERIALS - Crack Propagation;

 

Department of Civil and Environmental Engineering | Pratt School of Engineering | Duke University
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