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Expected behaviour and actual behaviour – is there a difference? 预期行为和实际行为——有区别吗?
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2019-02-22 DOI: 10.1680/jmuen.16.00055
Phil Parker
Daniel Kahneman, the Nobel Prize winning psychologist, made the following observation. ‘Economists think about what people ought to do. Psychologists watch what they actually do’. This apparently s...
诺贝尔心理学奖得主丹尼尔·卡尼曼(Daniel Kahneman)做了以下观察。经济学家思考的是人们应该做什么。心理学家观察他们的实际行为。”这显然是…
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引用次数: 3
Motor traffic on urban minor and major roads: impacts on pedestrian and cyclist injuries 城市主干道和次要道路上的机动交通:对行人和骑自行车者伤害的影响
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2019-02-22 DOI: 10.1680/JMUEN.16.00068
R. Aldred
This article compares per-mile risks posed by motor traffic to pedestrians and cyclists on urban major and minor roads. Carrying out new analysis of police injury data from 2005-15, the paper finds that per billion vehicle miles, motor vehicles on minor roads create more pedestrian casualties than motor vehicles on major roads. Specifically, for KSI (killed or seriously injured) injuries the rate per billion motor vehicle miles is 17% higher on minor roads (47 versus 40 KSIs per billion vehicle miles), while for slight injuries it is 66% higher (188 vs. 123 slight injuries per billion vehicle miles). Examining the costs of injuries sustained, these are 7.4% higher for pedestrians per motor vehicle mile travelled on urban minor roads, compared to major roads. For cyclists, injury costs are slightly higher (4.2%) on major roads per mile driven, compared to minor roads. These results suggest that re-routing motor traffic to major roads in urban areas may reduce pedestrian casualties. However, if cyclist safety on major roads is not improved, shifting motor traffic from minor to major roads may result in unintended negative injury consequences for cyclists.
这篇文章比较了机动车在城市主要道路和次要道路上对行人和骑自行车者每英里造成的风险。通过对2005- 2015年警察伤亡数据的新分析,该论文发现,每10亿英里,在次要道路上行驶的机动车辆比在主要道路上行驶的机动车辆造成更多的行人伤亡。具体来说,在次要道路上,每10亿汽车英里的KSI(死亡或重伤)伤害率高出17%(每10亿汽车英里47对40),而轻伤发生率高出66%(每10亿汽车英里188对123)。通过对受伤成本的分析,与主要道路相比,在城市次要道路上行驶的每机动车英里的行人受伤成本高出7.4%。对于骑自行车的人来说,与次要道路相比,主干道上每英里的伤害成本略高(4.2%)。这些结果表明,将机动车重新安排到城市地区的主要道路上可能会减少行人伤亡。然而,如果在主要道路上骑自行车的人的安全没有得到改善,将机动交通从次要道路转移到主要道路可能会对骑自行车的人造成意想不到的负面伤害后果。
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引用次数: 4
Identifying factors affecting pedestrians' crossing decisions at intersections in Iran 确定影响伊朗十字路口行人过马路决定的因素
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2019-02-22 DOI: 10.1680/JMUEN.17.00005
Zahra Jahandideh, B. Mirbaha, A. Rassafi
Walking is the basic way of movement and the most environmentally sound mode of urban transportation. However, pedestrians sometimes are subjected to danger by engaging themselves in risky and unsa...
步行是最基本的运动方式,也是最环保的城市交通方式。然而,行人有时会因参与危险和不安全的活动而面临危险。
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引用次数: 6
Comparing the lane-changing behaviour of Iran and the United States 比较伊朗和美国改变车道的行为
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2019-02-22 DOI: 10.1680/JMUEN.17.00004
A. Edrisi, Moein Askari
The unique geometric features, the high-speed limit and the presence of multiple lanes in highways allow them to support large volumes of traffic. However, driving behaviours such as lane-change ma...
高速公路独特的几何特征、高速限制和多车道的存在使它们能够支持大量的交通。然而,驾驶行为,如变道…
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引用次数: 3
Analysis of walking patterns in a pedestrian environment using cellular automata 用元胞自动机分析行人环境中的行走模式
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2019-02-22 DOI: 10.1680/JMUEN.16.00050
A. Rassafi, Fatemeh Mohajeri
Pedestrian urban spaces are conducive to the critical economic, environmental and social challenges pertaining to the use of predominantly motorised transport systems. Pedestrian environments (PEs)...
步行城市空间有助于解决主要使用机动交通系统所带来的重大经济、环境和社会挑战。行人环境(PEs)…
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引用次数: 5
A decision support toolkit to inform road safety investment decisions 决策支持工具包,为道路安全投资决策提供信息
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2019-02-22 DOI: 10.1680/JMUEN.16.00057
Joseph Matthews, Keith Newman, Amy Green, Lee Fawcett, N. Thorpe, K. Kremer
Road safety practitioners are tasked with maintaining safety on their network, primarily by identifying collision hotspots to which resources should be allocated and by ensuring that road safety sc...
道路安全从业人员的任务是维护其网络上的安全,主要是通过确定应分配资源的碰撞热点,并确保道路安全…
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引用次数: 4
Call to action: towards a practice of inclusive road safety 呼吁采取行动:采取包容性道路安全做法
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2019-02-22 DOI: 10.1680/JMUEN.16.00052
K. Leyendecker
Road safety in the United Kingdom is of a checkered history. Originating from an age of free motoring and wide-open roads of adventure, its practices and processes have often been preventative to w...
英国的道路安全有着曲折的历史。它起源于自由驾驶和广阔的冒险道路的时代,其做法和过程往往是预防…
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引用次数: 4
Improving the competitive advantages of construction firms in developed countries 提高发达国家建筑企业的竞争优势
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2018-11-22 DOI: 10.1680/JMUEN.17.00002
S. T. Ng, J. Wong, Y. Chiang, Patrick T. I. Lam
As globalisation continues to dissolve the boundaries across the world, the significance of pursuing competitive advantages in construction is becoming more apparent. This paper applies Porter's diamond framework to identify endogenous sources of competitive advantages of construction enterprises, based on an extensive qualitative research approach. The attributes pertinent to the competitiveness of the Hong Kong construction enterprises include talented professional resources, accumulated experience from home demand especially in designing and constructing high-rise buildings, and the pressure from both local and global rivalry. Design expertise and managerial ability have made Hong Kong one of the regional leaders. Despite that, the technical ability, lack of incentives to invest in innovation/research and development as well as limited support by government were the impediments to further sharpen the industry's competitiveness. The analysis contributes to the debates in relevant literature on the appli...
随着全球化继续消解世界范围内的界限,在建筑业中追求竞争优势的重要性变得越来越明显。本文基于广泛的定性研究方法,运用波特的钻石框架来识别建筑企业竞争优势的内生来源。香港建筑企业之所以具有竞争力,主要原因包括专业人才资源、本地需求(尤其是高层建筑的设计和建造)积累的经验,以及来自本地和全球竞争的压力。香港在设计方面的专业知识和管理能力使其成为区内的领导者之一。尽管如此,技术能力、缺乏创新/研发投资激励以及政府支持有限是进一步提高行业竞争力的障碍。这一分析有助于相关文献中关于应用的争论。
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引用次数: 8
System dynamics simulation on municipal solid waste in Hong Kong 香港城市固体废物的系统动力学模拟
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2018-11-22 DOI: 10.1680/JMUEN.16.00044
Chen Wang
The municipal solid waste (MSW) generation in Hong Kong (HK) is increasing at a rapid pace, resulting in health and environmental issues for the public. Compared with Singapore and Shanghai, HK has a higher MSW generation rate due to less effective measures and government policies. To forecast the MSW generation and recycling in HK, system dynamics modelling was conducted using Vensim 6.0, based on the data collected from semi-structured interviews and official reports in the Environmental Protection Department of HK, the National Environmental Agency Singapore and Shanghai Environmental Protection Agency that regularly provide statistics on waste outputs. The simulation results show that shortly the MSW in HK will increase based on the current growth rates, and along with that, recycling will also increase. The recycling rates will offset that of the MSW generation due to the closure of landfills, and MSW will be effectively recycled due to more advanced disposal techniques. The strategies developed by t...
香港的都市固体废物产生量正迅速增加,对市民的健康和环境造成严重影响。与新加坡和上海相比,香港的城市固体废物产生率较高,原因是政府的措施和政策不够有效。为了预测香港都市固体废物的产生和回收,基于半结构化访谈和香港环境保护署、新加坡国家环境局和上海环境保护局定期提供废物产出统计数据的官方报告收集的数据,使用Vensim 6.0进行系统动力学建模。模拟结果显示,香港的都市固体废物不久将以目前的增长率增加,而回收亦会随之增加。由于堆填区关闭,都市固体废物的循环再造率将可抵销其产生的都市固体废物,而由于采用更先进的处置技术,都市固体废物将可有效地循环再造。由……
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引用次数: 5
Application of building information modelling in planning of future use of underused areas 应用建筑资讯模型规划未充分利用地区的未来用途
IF 1.3 4区 工程技术 Q4 ENGINEERING, CIVIL Pub Date : 2018-11-22 DOI: 10.1680/JMUEN.17.00038
M. Faltejsek, N. Szeligová, B. Vojvodíková
The use of building information modelling (BIM), as a process throughout the life cycle of a building, can be found in all types of buildings. Specific phases of buildings’ life are brownfields, bu...
建筑信息模型(BIM)的使用,作为整个建筑生命周期的一个过程,可以在所有类型的建筑中找到。建筑生命的特定阶段是棕地,但是……
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引用次数: 4
期刊
Proceedings of the Institution of Civil Engineers-Municipal Engineer
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