Managing community acceptance of major industrial projects

Abstract

In some cases, the major risk encountered by an industry seeking to site a facility is that of community acceptance. Without community acceptance of a proposed project, construction can be delayed, taxes can be prohibitive, and operations can be prevented through the opposition and influence of local groups. This paper describes the community acceptance risk, the traditional industrial approach to countering local opposition, and a positive approach to achieving community acceptance. This positive approach entails careful site selection; affirmative management of the community acceptance problem, including explicit planning of the community acceptance effort, assignment of staff with specific responsibilities to implement plans, and a budget for mitigating the impacts of the project on the community; acquisition of sufficient land to buffer unavoidable impacts of the project; a carefully formed corporate policy on the public release of information concerning the project; and constructive participation in state and local government policy development.     

Maritime Statistics: a new forum for practitioners

This paper analyses the past, present and future of the maritime transportation industry in the Kingdom of Saudi Arabia. Saudi Arabian seaborne trade and the shipping capacity are analysed for the past 15 years. Relationships between the declining Saudi shipping capacity and other economic measures are identified. Analysis of the Saudi Arabian maritime transportation is performed with respect to the world carrier fleets and models are developed to determine the theoretical shipping capacity required for transportation of the national seaborne cargo. Forecasts of the future shipping capacity requirement for the Kingdom are also presented. This paper illustrates the general approach for analysing a country's maritime industry and thus could help other researchers in that respect.     

Emergence of ‘new professionalism’ among Chinese seafarers: empirical evidence and policy implications

In this paper some of the factors that were influential in establishing a Canadian shipping policy position à proposissues raised by the UNCTAD V meeting are examined. The first of these issues was the question of early ratification and entry in force of the Conventin on a Code of Conduct for Liner Conferences. The second involved the relationship between flages of convenience and fleet expansion in the developing countries (LDCs). The third concerned LDC participation in the carriage of bulk cargoes. The author concludes that Canada's stance was determined by the fact that she was a major user of shipping withouta significant fleet of her own, and shows how she attempted to balance her sympathy with Third World aspirations with the demands of her own national interests.     

Tanker cost elasticities revisited

This paper re-examines the literature on ship economies of scale, and presents the results of re-estimating a model of tanker costs for 2007. The results are interesting for two reasons. First, they are remarkably similar to those estimated for tankers in the 1960s and 1970s, despite the transformations in the tanker market since that time. Second, the results imply that tanker size is not driven by scale economies, but by factors that relate to demand and other considerations. This paper concludes by noting some limitations in the approach used in the study.     

Can bus really be the new tram?

BRT appears to be less expensive to build and operate than tram systems but can it really approach the performance level of a tram system and what is the environmental performance of comparable systems?     

Application of warm forming aluminum alloy parts for automotive body based on impact

Aluminum alloys are important technological materials for the application on lightweight design and development of vehicle body. The research works for characterizing warm forming behavior of aluminum alloys have generally reported. However, there were few researches focused on the flow behavior of warm forming aluminum alloy parts for the energy absorbing performance during crash. The tensile stress-strain response for warm forming AA5182 specimens tested under the strain rates of 0.0015 s^?1, 0.015 s^?1, 0.15 s^?1 and 1.5 s^?1 are presented in this paper. The data were fit to the Johnson-Cook constitutive model for the simulation of frontal impact. The energy absorbing performance of warm forming AA5182 parts were analyzed. The results show the higher flow stresses and lower fractured strain of warm forming aluminum alloy parts with the strain rate increasing. The flow stresses of warm forming aluminum alloy parts are insensitive to strain rate, while the fractured strain and elongation are sensitive to strain rate. The intrusion displacement of the warm forming aluminum alloy parts is appropriate for the satisfaction of vehicle body design avoiding the excessive deformation for the injury of passenger or the failure of frontal door opening. The feasibility of warm forming aluminum alloy parts is verified with the analysis of energy absorbing performance, stiffness and modal of vehicle body.     

篮球巨人新形象

01.Oliver Peoples眼镜姚明的外形是属于满有个性的种类,如何将篮球场上的高昂战意转化成圆融的商场智慧是一项新挑战。架上一副来自美国好莱坞品牌Oliver Peoples的眼镜,就马上能增添几分温文尔雅和书卷气了。     

被遗忘的经典 皇家御驾

上世纪60年代正是欧洲风生水起的黄金十年,伦敦是当之无愧的流行文化中心。每一款英系车的推出必有名人相伴:低调实用的迷你车有喜剧演员Peter Sellers和女星Britt Ekland保驾;一流的捷豹E-Type有超模Twiggy和披头士成员之一George Hamison护航。然而,Reliant Scimitar GTE却只有一位名人随行——尊贵的安妮公主殿下。     

Measurement of the disc-pad friction coefficient for mechanical brakes using direct and indirect methods

It is necessary to guarantee the proper brake force to stop a train safely in a limited distance and o adjust its speed. Currently, most trains are run by electrical power and have a combined electrical and mechanical (friction) braking system. The mechanical brake force is determined by many parameters, such as the friction coefficient of the brake disc and pad, the pressure in the brake cylinder, the brake cylinder’s cross sectional area and the brake linkage ratio. In general, the friction coefficient data of the brake disc and pad have been taken through a dynamo-test in a laboratory, but these data might not be well matched with real data under operating conditions because of the difference in data acquisition conditions. The present study examined two methodologies that can measure the friction coefficient of the brake pad and disc based on a train’s real operating conditions. The first method was the direct method, which measured the brake force and clamping force applied on the mechanical brake by using strain gauges installed on the brake to calculate the friction coefficient. The second was an indirect method that obtained the friction coefficient by using the weight of the train and the equivalent brake force. Those variables were calculated from the longitudinal dynamic characteristics, such as resistance to motion, gradient resistance and curved resistance. These two methodologies were used to obtain the disc-pad friction coefficient for the mechanical brakes of a Korean high-speed train (HSR350x).     

Dynamic analysis of spiral bevel geared rotor systems applying finite elements and enhanced lumped parameters

The dynamics of spiral bevel gears like most high-speed precision gears employed in motor vehicles and off highway equipments are substantially affected by the structural characteristics of the shafts and bearings. The lumped parameter model is one of the common tools applied to perform gear dynamic analysis. Even though the lumped parameter approach is computationally fast and conveniently efficient, it typically uses limited number of coordinates and may not fully account for the shaft-bearing structural characteristics accurately. In this analysis, the finite element formulation, that can generally represent more complete characteristics of the shaft-bearing assembly, is employed to enhance the current lumped parameter synthesis theory using the concept of effective mass and inertia elements. Computational output shows that the enhanced lumped parameter synthesis model is capable of predicting sufficiently accurate dynamic response when compared to the direct dynamic finite element calculations, and much more precise response than previous lumped parameter results, especially when the gear dynamics are associated with the pinion or gear bending modes. Even though this analysis focuses primarily on the spiral bevel geared rotor systems, the proposed methodology and analysis results can be easily extended to other types of gears.