Evaluation of vibration limits and mitigation techniques for urban construction.
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2013-10-01
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Abstract:The overriding purpose of this research was to develop a comprehensive framework to address ; vibration issues prior to and during construction, including calculation of anticipated ground ; vibrations during project design, condition surveys of structures, vibration limits, mitigation ; strategies to control ground and structural vibrations from construction sources, and ; recommendations for improvement of current FDOT Specifications. Using the field data specific to ; Florida as collected and sorted over the course of this research, simple equations were developed ; to calculate the maximum peak particle velocity (PPV) of expected ground vibrations prior to ; construction operations. This research also provided a comprehensive review of and guidelines for ; pre-construction condition surveys, analysis of the effects of different factors on vibration limits, ; accompanied by a comparison of the criteria from diverse sources, a summary of the existing ; preventive and counteractive vibration mitigation techniques used by the industry, and a review of ; effective mitigation measures to decrease vibration effects from roadway and bridge construction ; operations in Florida. Finally, the relevant findings of this research were compiled under ; “Recommendations for Improvement of FDOT Specifications.” These recommendations cover a ; broad base, including pile driving operations and their vibration effects, survey of sites and ; structures, mitigation measures, calculation of PPV prior to construction, and vibration limits.
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Main Document Checksum:urn:sha256:88b9800c38d2f689904d9ca560b8803f8f8d358a3d1e401ea79d2b2e56e3d7e5