Document Type : Research Paper

Authors

1 University of Technology / Department of Architecture /Iraq - Baghdad

2 University of Technology / Department of Architecture Iraq / Baghdad

Abstract

Abstract
This paper aims to study urban resilience as an adaptive system in a complex dynamic world along with its ability to comprehend disorder, change and reorganization to conserve identity. Urban resilience can be understood through the interrelationship between people and nature as a source-ecological system. The case study is represented by analyzing (Edlayd City in Australia) in depending on resilience advantages in which optimized by a renewable resource, zero carbon, equity in distributing energy, active environment, sustainable transportation and investing natural materials. Hence, these advantages have been applied on (Al-Karkh Haifa Street) in Baghdad in order to develop its infrastructure by employing renewable resources such as energy, sustainable transportation, refuge recycling, water system and submit suitable solutions for sewage water.
المستخلص: یتناول البحث موضوع المرونة الحضریة باعتبارها نظام قابل للتکیف والتنوع فی عالم دینامیکی معقد , فضال عن قدرته على استیعاب االضطراب والتغیر ثم إعادة التنظیم حفاظا على الهویة . تفهم المرونة الحضریة من خالل العالقة بین الناس والطبیعة فی النظم االجتماعیة والبیئیة. تمثلت مشکلة البحث بوجود فجوة معرفیة حول المرونة الحضریة للبنیة التحتیة للمدن , ویهدف البحث الى توضیح کیفیة تحقیق المرونة فی البنیة التحتیة للمدن , ویفترض البحث ان باإلمکان تطویر البنى التحتیة للمدن القائمة من خالل میزات المرونة. تمثلت الدراسة العملیة بتحلیل مشروع عالمی هو ادیالید االسترالیة اعتمادا على ممیزات المرونة ثم محاولة تطبیق هذه المفردات على مرونة البنى التحتیة لشارع حیفا \ منطقة الکرخ فی مدینة بغداد . توصل البحث الى اهمال جانب البنى التحتیة لهذه المنطقة وباإلمکان تطویرها من خالل اعتماد مفردات الطاقة المتجددة فی تولید الطاقة الکهربائیة واعتماد النقل المستدام )السیارات العامة والدراجة ( بدال من الخاصة ومحاولة إعادة تدویر النفایات وإعادة تصنیفها بدال من ترکها مکدسة فی األماکن العامة وتطویر شبکة الحفاظ على الطاقة والمیاه ووضع حلول مناسبة لتصریف میاه المجاری .

Keywords

Main Subjects

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