The Practical Formula of Ground Vibration Attenuation Induced by the Parallel Vehicles on a Ring Road

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Abstract:

In this paper, based on the transient moving load equivalent radius, multiple non-point source within as multiple small non-point source, ground vibration amplitude for multiple small non-point attenuation stack, on the basis of considering the ground more than car parallel, will vehicle load simplified as parallel concentrated load, according to the harmonic waves equivalent radius, considering different soil types of geometric attenuation coefficient, gives a practical formulas with ring road of ground vibration attenuation caused by parallel vehicles. And through the comparison between the Xi’an bell Tower ring road traffic vibration decays monitoring and calculation results, the practical formulas are verified.

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Periodical:

Advanced Materials Research (Volumes 446-449)

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3137-3140

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Online since:

January 2012

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© 2012 Trans Tech Publications Ltd. All Rights Reserved

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[1] Gao Guangyun , SunYuming, Wu Shiming. Environmental geotechnical engineering theory and practice (Tongji University Publications, China 2002)

Google Scholar

[2] Wang Jiexian. Dynamic groundwork and foundation (Science Publications, China 2001)

Google Scholar

[3] Yang Yinghao, Wang JX. J. of Xi'an University of Architecture University, Vol.3 (1995), p.329

Google Scholar

[4] Wang Yisun. Journal of Mechanics, Vol.4(1980),p.386

Google Scholar

[5] Yang Xianjia. The fourth national vibration academic conferences (China), 2004, p.418

Google Scholar

[6] The People's Republic of China national standards. Dynamic machine foundation design standard (GB50040-906) (China plans Publications, China 1996)

Google Scholar

[7] Mao Yuquan. Journal of building structures, Vol.3(1988), p.55

Google Scholar

[8] Xu Jian. Building vibration engineering manuals (China architecture &building Publications 2003)

Google Scholar