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• [1] Mansfield, N.J., (2005). “Human Response to Vibration”, 1. Edition, CRC Press LLC, New York. [2] Kurra, S., (2009). “Çevre Gürültüsü ve Yönetimi”, 3. Cilt, 1. Baskı, Uğur Yayıncılık, İstanbul. [3] Duarte vd., (2002). “Experimental Evaluation Of Vibration Comfort For A Residential Environment”, www.researchgate.net, 10 Ağustos 2017. [4] Hunaidi, O. ve Tremblay, M., (1997). “Traffic Induced Building Vibrations In Montreal”, Canadian Journal of Civil Engineering, 24(5):736–753. [5] Kouroussis, G., (2014). “Building Vibrations Induced By Human Activities: A Benchmark Of Existing Standards”, Mechanics & Industry, 15:345–353. [6] Elias, P. ve Villot, M., (2011). “Review Of Existing Standards, Regulations And Guidelines, As Well As Laboratory And Field Studies Concerning Human Exposure To Vibration”, RIVAS - Railway Induced Vibration Abatement Solutions, www.rivas-project.eu [7] Tamura, Y. Ve Kareem, A., (2013). “Advanced Structural Wind Engineering”, Chapter 12 Human Perception and Tolerance of Wind-Induced Building Motion, 1. Edition, Springer, Tokyo [8] Schwartz, S., (2008). “Linking Noise and Vibration to Sick Building Syndrome In Office Buildings”, Air & Waste Management Association, March:25-28 [9] Chick vd., (2014). “Analysis Of The Effect of Vibration from Footfalls On Office Building”, Proceedings Of The International Civil And Infrastructure Engineering Conference 2014, Springer [10] Murray vd., (2003). “Design Guide No:11”, Chapter: Floor Vibrations Due to Human Activity, 2. edition, American Institute of Steel Construction, Chicago
• [11] Leventhall, H.G., (1987). “Low Frequency Noise and Vibration”, Chapter 12: Transportation Noise Reference Book, Butterworths, London [12] BS 7385-2, (1993). Evaluation And Measurement For Vibration In Buildings. Guide To Damage Levels From Groundborne Vibration, ISO. [13] Wesolowsky vd., (2012). “Human-Induced Vıbration In Buildings”, International Journal of High-Rise Buildings, March 1(1):15-19 [14] Davis, B., (2017). “Can We Isolate This Microscope From Floor Vibrations?”, www.vibrasure.com/blog/can-we-isolate-this-microscope-from-floor-vibrations, 22 Temmuz 2017. [15] USBM RI 8507, (1990). Structure Response And Damage Produced By Ground Vibration From Surface Mine Blasting, USBM. [16] SN 640 312a, (1992). Shocks; Vibration Effects On Buildings, SN. [17] Griffin, M.J., (1996). “Handbook Of Human Vibration”, Academic Press, U.K. [18] Duarete, M.L.M. ve De Brito Pereira, M., (2006). “Vision Influence In Whole-Body Human Vibration Comfort Levels”, Shock And Vibration, 13:367-377 [19] ISO 2631-2, (2013). Mekanik Titreşim ve Darbe – İnsanın Tüm Vücudunun Titreşime Maruz Kalmasının Değerlendirilmesi – Bölüm 2 : Binalardaki Titreşim (1 hz ile 8 hz), ISO. [20] DIN 4150-2, (1999). Vibrations in Buildings - Part 2: Effects on Persons in Buildings, DIN. [21] BS 6472-1, (2008). Guide to Evaluation of Human Exposure to Vibration in Buildings. Vibration Sources Other Than Blasting, BS. [22] UNI 9614, (1990). Vibration measurement in buildings and noise evaluation criteria, UNI. [23] SS 460 48 61, (1992). Vibration And Shock - Measurement And Guidelines for The Evaluation Of Comfort in Buildings, SS. [24] Federal Railroad Administration FRA (2005): High-Speed Ground Transportation – Noise and Vibration Impact Assessment, October, US Department of Transportation. [25] Federal Transit Administration FTA (2006): Transit Noise and Vibration Impact Assessment, May, US Department of Transportation. [26] ISO 2631-1, (2013). Mechanical Vibration and Shock - Evaluation of Human Exposure to Whole-Body Vibration - Part 1: General Requirements, ISO.

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