Spatial Analysis of the Solid Waste Bins in the Sectors of the City of Mosul "Environmental Study in Geographic Information Systems

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Zainab Ali K. Zenad
Eng.zainab1986@yahoo.com

Abstract

An experimental study on a passive solar distiller in the Tikrit city on (latitude line"34 36o
The problem of solid waste in Mosul city is one of the most important daily problems that faces
the municipal and other institutions, because it consists eight sectors and those of varied in the
people preparation, economic conditions and area, This study aimed to identify the spatial
variation of solid waste as well as the geographical distribution of bins numbers and spatial
analysis using geographic information systems. The study produced many maps of the bins
number distribution geographically using buffer tools that used to determine the area served by
a single bin, as well as the maps of the spatial analysis by Theissen polygons and IDW
methods. The study results proved the efficiency of IDW compared to Theissen polygons
method, because the analysis by polygons Theissen methods show only the capacity and
efficiency of the bin to accommodate the solid waste at the same location, as well as of the
generality and comprehensiveness at the area expense in the spatial description process unlike
the first type.

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References

- Jackowski J, Wieczorek M. Analysis of

interaction between tire tread and road on

the basis of laboratory test. The 7th

International Conference. Vilnius, Lithuania;

- Bergman W. Skid resistance, properties

of tires and their influence on vehicle

control. TRR 621; May,1977.

- AASHO. A policy on geometric design of

rural highways;1965.

-4 قرشي. محمد إبراهيم جندي، مقاومة الانزلاق أحد

المؤشرات الهامة لأداء الطرق، مقال مجلة قسم

الهندسة المدنية – المملكة العربية السعودية. الأقدم 1411 رقم العضو ية : 440844 المشاركات: 16 :

-12- المدينة: الخرطوم ، تار يخ التسجيل: 2008

- Wambold JC, Henry JJ. International

PIARC experiment to compare and

harmonize texture and skid resistance

measurements. Technical Committee 1

Surface Characteristics; 1994.

- Changyong C. Skid resistance and

hydroplaning analysis of rib truck tires.

National University of Singapore, Dep. of

Civil and Environmental Engineering; 2010.

- Wilson DJ and Chan W. The effect of

road roughness (and test speed) on grip

tester measurements. Department of Civil

and Environmental Engineering, University

of Auckland; April 2013 .

- Kokkaliss GA and Pangagouli OK. Fractal

evaluation of pavement skid resistance

variations [I] surface wetting. Highway and

Pavement Engineering, Democritus

University of Thrace, Institute of Steel

Structures, Aristotle University; 1997.

- McHenry, Vehicle control factors.

Accident Reconstruction; 2003

- Muhsin IA and Al-Ameer AA. Studying

the effect of the surface roughness on the

maximum eccentricity ratio and the load

carrying capacity in the journal bearing. The

Second Scientific Conference of Pure and

Applied Sciences /Special Volume, No.1;

August2010: 83-101, DOI: https://doi.org/10.1365/s35147-011-0018-7

- Singer FL and Pytel A. Strength of

materials. 3rdedition; 1980.

- Callister W. Materials science and

engineering: An introduction. John Wiley&

Sons, Inc. 5th edition; 2000: p475.

- Eastop TD and McConkey A. Applied

thermodynamics for engineering

technologists. Long man, 2ndedition; 1969.

- Cameron A. Basic lubrication theory.

John Wiley & Sons.; 1979.

- Al-Khafaji AW, Tooley JR. Numerical

methods in engineering practice. CBS

Publishing Japan; 1986: 143-145. DOI: https://doi.org/10.5694/j.1326-5377.1986.tb113773.x

-16 حمدد، فتاح، تأثير التشوه الحاصل في الاطار

نتيجة ضغط الماء الموجود على سطح الطر يق في حساب السرعة الأمنة لانزلاق المركبات، كلية

الهندسة–قسم الهندسة الميكانيكية– جامعة تكريت ;

- Al-Jiboury MAM. Determination of the

critical speed of the vehicles on wet road;

- Staff HSL. Tread pattern-hydroplaning

of rib tire with different tread; 2009.

- Fwa TF and Ong GP. Wet-pavement

hydroplaning risk and skid resistance

analysis. Journal of Transportation

Engineering; May. 2008.

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