{"title":"噪声污染对新城市城市设计的影响(案例研究:新开罗)","authors":"Mohamed nabil abdel sadek el sebai","doi":"10.21608/erj.2023.330274","DOIUrl":null,"url":null,"abstract":": Noise is one of the main factors that can negatively affect human health and willingness towards living in a particular location. Over 30% of Europeans experience unwanted sound, especially in intensively urbanized areas (12). Noise can interfere with residential and community amenity and the utility of noise-sensitive land uses. Noise exposure can lead to a range of adverse effects including sleep disturbance and annoyance, impairing cognitive learning in children at school, psychological disorders, negative effects on the auditory system, obesity and an increase in the risk of cardiovascular effects (8), for these reasons the impact of noise can be a material consideration in the determination of planning applications and sustainable development. A lot of factors associated to urban planning have a considerable effect on volume of traffic, vehicles distribution, traffic conditions, and it is known that, from a temporal and spatial point of view, the most important source of noise in cities is road traffic (19). The World Health Organization (WHO) had estimated the burden of disease from traffic-related noise within the western part of Europe and concluded that on each year there is a loss at least one million disability-adjusted life years(DALYs)(38). Good acoustic design seeks to encourage and promote design outcomes that are proportionate to each development site, so the planning system has the task of guiding development to the most appropriate locations. It will be hard to reconcile some land uses, such as housing, hospitals or schools, with other activities which generate high levels of noise, but the planning system should ensure that, noise-sensitive developments must be sited away from major sources of noise (such as road, rail , air transport and certain types of industrial development)(22). The main aim of this study is the approach regarding the noise problem solution, instead of studying sound insulation materials and techniques, it focuses more on general urban planning regarding the shape of buildings, street orientations, positioning new parks , constructing earth embankments and traffic congestion control in order to reduce the noise impact on the citizens outside and inside their homes. Development plans","PeriodicalId":161226,"journal":{"name":"Engineering Research Journal","volume":"72 2","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2023-12-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Role of noise pollution on urban design in new cities (Case Study :New Cairo)\",\"authors\":\"Mohamed nabil abdel sadek el sebai\",\"doi\":\"10.21608/erj.2023.330274\",\"DOIUrl\":null,\"url\":null,\"abstract\":\": Noise is one of the main factors that can negatively affect human health and willingness towards living in a particular location. Over 30% of Europeans experience unwanted sound, especially in intensively urbanized areas (12). Noise can interfere with residential and community amenity and the utility of noise-sensitive land uses. Noise exposure can lead to a range of adverse effects including sleep disturbance and annoyance, impairing cognitive learning in children at school, psychological disorders, negative effects on the auditory system, obesity and an increase in the risk of cardiovascular effects (8), for these reasons the impact of noise can be a material consideration in the determination of planning applications and sustainable development. A lot of factors associated to urban planning have a considerable effect on volume of traffic, vehicles distribution, traffic conditions, and it is known that, from a temporal and spatial point of view, the most important source of noise in cities is road traffic (19). The World Health Organization (WHO) had estimated the burden of disease from traffic-related noise within the western part of Europe and concluded that on each year there is a loss at least one million disability-adjusted life years(DALYs)(38). Good acoustic design seeks to encourage and promote design outcomes that are proportionate to each development site, so the planning system has the task of guiding development to the most appropriate locations. It will be hard to reconcile some land uses, such as housing, hospitals or schools, with other activities which generate high levels of noise, but the planning system should ensure that, noise-sensitive developments must be sited away from major sources of noise (such as road, rail , air transport and certain types of industrial development)(22). The main aim of this study is the approach regarding the noise problem solution, instead of studying sound insulation materials and techniques, it focuses more on general urban planning regarding the shape of buildings, street orientations, positioning new parks , constructing earth embankments and traffic congestion control in order to reduce the noise impact on the citizens outside and inside their homes. 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Role of noise pollution on urban design in new cities (Case Study :New Cairo)
: Noise is one of the main factors that can negatively affect human health and willingness towards living in a particular location. Over 30% of Europeans experience unwanted sound, especially in intensively urbanized areas (12). Noise can interfere with residential and community amenity and the utility of noise-sensitive land uses. Noise exposure can lead to a range of adverse effects including sleep disturbance and annoyance, impairing cognitive learning in children at school, psychological disorders, negative effects on the auditory system, obesity and an increase in the risk of cardiovascular effects (8), for these reasons the impact of noise can be a material consideration in the determination of planning applications and sustainable development. A lot of factors associated to urban planning have a considerable effect on volume of traffic, vehicles distribution, traffic conditions, and it is known that, from a temporal and spatial point of view, the most important source of noise in cities is road traffic (19). The World Health Organization (WHO) had estimated the burden of disease from traffic-related noise within the western part of Europe and concluded that on each year there is a loss at least one million disability-adjusted life years(DALYs)(38). Good acoustic design seeks to encourage and promote design outcomes that are proportionate to each development site, so the planning system has the task of guiding development to the most appropriate locations. It will be hard to reconcile some land uses, such as housing, hospitals or schools, with other activities which generate high levels of noise, but the planning system should ensure that, noise-sensitive developments must be sited away from major sources of noise (such as road, rail , air transport and certain types of industrial development)(22). The main aim of this study is the approach regarding the noise problem solution, instead of studying sound insulation materials and techniques, it focuses more on general urban planning regarding the shape of buildings, street orientations, positioning new parks , constructing earth embankments and traffic congestion control in order to reduce the noise impact on the citizens outside and inside their homes. Development plans