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Scientific Analysis of Ground Vibrations from Traffic Loads on Silt Soil
Authors
1Assistant Professor, Civil Engineering, IES College of Engineering, Kerala, India. 2PG Student, Geotechnical Engineering, IES College of Engineering, Kerala, India.
Article Information
- DOI
- No DOI
- Organised By
- IES College of Engineering
- Conference Date
- 15 May 2023
- Pages
- 01-06
- Article Type
- Research Article
- Check for updates
- No DOI available for cross-reference
References
1. Abdul Aziz Khandker, (2013), “Geotechnical challenges in highway engineering in twenty first century”, Seventh International
Conference on Case histories in Geotechnical Engineering, pp 1-11.
2. Alexandros Lyratzakis et. al (2020), “Efficient mitigation of high-speed trains induced vibrations of railway embankments using
expanded polystyrene blocks”, Science Direct, Vol 22, pp 1-6.
3. Brad Pridham (2020), "Control of Traffic Induced Ground Vibrations in a Residential Structure", Springer , Vol 2, pp 251-259.
4. BS 6472-1 (2008), “Guide to evaluation of human exposure to vibration in buildings-Vibration sources other than blasting”.
5. Bsi (2014), “Code of practice for noise and vibration control on construction and open sites - Part2: Vibration”, pp 1-24.
6. Caltrans (2013), “Transportation and Construction Vibration Guidance Manual”, pp 1-15.
7. Carl E. Hanson et al. (2012), “High speed ground transportation noise and vibration impact assessment”, US Department of
Transportation, pp 1-248.
8. Chik T N T et. al. (2013), “Dynamic performance on multi storey structure due to ground borne vibrations input from passing
vehicles”, International Journal of Integrated Engineering, Vol 5, Issn 2.
9. F. Chilton et. al. (1973), "Traffic Induced Vibration", Research gate, pp 40-49.
10. Chen, Q., & Abu-Farsakh, M. (2016) “Mitigating the bridge end bump problem: A case study of a new approach slab system with
geosynthetic reinforced soil foundation”, Geotextiles and Geomembranes, Vol 44, Issn 1, pp 39–50.
11. Correia N et. al. (2016), “Experimental analysis of track-ground vibrations on a stretch of the Portuguese railway network”, Soil
Dynamic Earthquake Engineering, Vol 90, pp 358–380.
12. Daha S Aliyu et. al, (2016), “Transmission of ground vibration on road side structures”, Researchgate, Vol 3, pp 1-4.
13. DOE Malaysia (2007), “The Planning Guideline for Vibration Limit and Control in the Environment” pp 1-24.
14. Don A. Linger (1963), “Effect of vibration on soil properties”, Semantic Scholar, pp 10-22.
15. Dupont B and Allen D (2002), “Movements and Settlements of Highway Bridge Approaches”, Bureau of Transportation Statistics, pp
1-79.
16. J.J. Hajek et.al (2006), “Mitigation of highway traffic-induced vibration”, Annual Conference of the Transportation Association of
Canada Charlottetown, pp 1-13.
17. Henok Marie Shiferaw (2021) , "Measuring Traffic Induced Ground Vibration Using Smartphone Sensors for a First Hand Structural
Health Monitoring", Elsevier, Vol 11, pp 1-10.
18. Kouroussis G et. al. (2014), “Using three-dimensional finite element analysis in time domain to model railway-induced ground
vibrations”, Advances in Engineering Software, Vol 70, pp 63–76 .
19. Shen S-L et. al. (2007), “Reducing differential settlements of approach embankments”, Proc Inst Civ Eng - Geotech Eng., Vol 160,
Issn 4, pp 215–260.
20. Mohammad, A. H et. al. (2018), “Ground vibration attenuation measurement using triaxial and single axis accelerometers”, Journal
of Physics: Conference Series, Vol. 995, Issn 1, pp 1-10
Conference on Case histories in Geotechnical Engineering, pp 1-11.
2. Alexandros Lyratzakis et. al (2020), “Efficient mitigation of high-speed trains induced vibrations of railway embankments using
expanded polystyrene blocks”, Science Direct, Vol 22, pp 1-6.
3. Brad Pridham (2020), "Control of Traffic Induced Ground Vibrations in a Residential Structure", Springer , Vol 2, pp 251-259.
4. BS 6472-1 (2008), “Guide to evaluation of human exposure to vibration in buildings-Vibration sources other than blasting”.
5. Bsi (2014), “Code of practice for noise and vibration control on construction and open sites - Part2: Vibration”, pp 1-24.
6. Caltrans (2013), “Transportation and Construction Vibration Guidance Manual”, pp 1-15.
7. Carl E. Hanson et al. (2012), “High speed ground transportation noise and vibration impact assessment”, US Department of
Transportation, pp 1-248.
8. Chik T N T et. al. (2013), “Dynamic performance on multi storey structure due to ground borne vibrations input from passing
vehicles”, International Journal of Integrated Engineering, Vol 5, Issn 2.
9. F. Chilton et. al. (1973), "Traffic Induced Vibration", Research gate, pp 40-49.
10. Chen, Q., & Abu-Farsakh, M. (2016) “Mitigating the bridge end bump problem: A case study of a new approach slab system with
geosynthetic reinforced soil foundation”, Geotextiles and Geomembranes, Vol 44, Issn 1, pp 39–50.
11. Correia N et. al. (2016), “Experimental analysis of track-ground vibrations on a stretch of the Portuguese railway network”, Soil
Dynamic Earthquake Engineering, Vol 90, pp 358–380.
12. Daha S Aliyu et. al, (2016), “Transmission of ground vibration on road side structures”, Researchgate, Vol 3, pp 1-4.
13. DOE Malaysia (2007), “The Planning Guideline for Vibration Limit and Control in the Environment” pp 1-24.
14. Don A. Linger (1963), “Effect of vibration on soil properties”, Semantic Scholar, pp 10-22.
15. Dupont B and Allen D (2002), “Movements and Settlements of Highway Bridge Approaches”, Bureau of Transportation Statistics, pp
1-79.
16. J.J. Hajek et.al (2006), “Mitigation of highway traffic-induced vibration”, Annual Conference of the Transportation Association of
Canada Charlottetown, pp 1-13.
17. Henok Marie Shiferaw (2021) , "Measuring Traffic Induced Ground Vibration Using Smartphone Sensors for a First Hand Structural
Health Monitoring", Elsevier, Vol 11, pp 1-10.
18. Kouroussis G et. al. (2014), “Using three-dimensional finite element analysis in time domain to model railway-induced ground
vibrations”, Advances in Engineering Software, Vol 70, pp 63–76 .
19. Shen S-L et. al. (2007), “Reducing differential settlements of approach embankments”, Proc Inst Civ Eng - Geotech Eng., Vol 160,
Issn 4, pp 215–260.
20. Mohammad, A. H et. al. (2018), “Ground vibration attenuation measurement using triaxial and single axis accelerometers”, Journal
of Physics: Conference Series, Vol. 995, Issn 1, pp 1-10
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