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There are two objectives of this study: to analyze gaps in customer satisfaction and to test the customer loyalty gap on the basis of the reputation of Busan New Port. This study identifies the relationships between variables as well as the conceptual and operational definitions using prior research. Data was collected from 93 members of the International Freight Forwarders Association. The reliability and validity of the data was analyzed and the relationships between the variables were tested by analysis of covariance. The results are as follows: First, the reputation of Busan New Port means the abilities in which the port provides valuable benefits to international freight forwarders. The analytical results show that there is a gap in customer satisfaction between high- level and low- level reputation. Second, the levels of reputation are based on the gap in customer loyalty. This means that there are gaps in the friendly attitude of international freight forwarders and sustainable usage on the basis of the varying levels of port reputation.

This paper introduces a macro traffic flow model of carbon dioxide emissions from container ports. As long as both the throughput and the transshipment rate of the port are available, any port in the world can use it to estimate emissions. Initially, two Japanese container ports are used as reference points to derive the equivalent units of carbon dioxide per TEU for application to other ports. Then macro traffic flows within a container port are defined. Finally, carbon dioxide emissions from different container ports are estimated using the macro estimation procedure introduced in this paper. The results of trial estimations for selected ports among different countries highlight that the impacts of container ports on global warming are serious. This issue will be intensified if competition is increased by the larger container ports aspiring to be international mega hubs.

Implementations of inter-organizational networks are common, following a growing diversity of cooperative modes between the independent companies associated in these networks.

Their scientific analysis has recently intensified, attention to network structures obviously including the study of the way their performance can be measured. Although academic research has mostly dealt with the performance of the network’s members, the concern of this article is rather with the performance of the global network.

Among the numerous forms of existing inter-organizational networks, maritime port communities are complex organizations which have to deal with operational synchronization, strategic cohesiveness and global performance measurement problems.

This article therefore mainly describes a port performance measurement system (PPMS): built in a predominantly empirical research context, the performance model and the associated measurement indicators illustrate the kind of network-level dedicated, performance control systems, on which port communities need to rely when designing their global strategy.

In recent years, ports have experienced a period of significant growth and development along with intense inter‐port rivalry as a consequence of intermodality and hinterland development. It is therefore vital that port management bodies define and implement suitable strategies. This paper aims to adapt the benchmarking technique to the sphere of ports. Compares the activity of a port with that of its competitors, which is considered to be excellent. This is a strategic approach where consideration of the needs of the client, shipping lines and export‐import companies is the axis of the benchmarking process.

June 8, 1970 Docks — Port Talbot — “Dock estate” — Meaning — New harbour and jetty built adjacent to old harbour — Whether part of port of Port Talbot — “Dock work” — “Discharging from ship” — Discharging ore in continuous operation involving work with unloaders, belt conveyor system and primary boomstacker in stockyard — Stacking in stockyard — Whether dock work ordinarily performed by dock workers at Port Talbot — Dock Labour Scheme for South Wales Ports (1942) App. (4) — Port of Port Talbot Registration Amended Scheme (1943) Sch. para. I (1) (a) — Dock Workers (Registration of Employment) Act, 1946 (9 & 10 Geo. VI, c. 22), s. 2(5)(6) — Dock Workers (Registration of Employment) (Amendment) Order, 1967 (S.I. 1967,No. 1252), Sch. 2, App. I M. (4).

This paper deals with the performance of port clusters. Port clusters are analyzed using a framework that draws from different schools that deal with clusters (see De Langen, 2004). Central to the framework is the identification of eight variables of cluster performance. Four of those-agglomeration and dis-agglomeration forces, internal competition, heterogeneity of the cluster and the level of entry and exit barriers-are related to the structure of a cluster and fourthe presence of trust, the presence of intermediaries, the presence of leader firms and the quality of collective action regimes-are related to the governance of clusters. The validity of these variables is confirmed in three case studies, of the port clusters of Rotterdam, Durban, and the lower Mississippi. The strengths and weaknesses of the three port clusters, the importance of the variables discussed above and opportunities for policy and management to improve the performance of clusters are discussed. The results of this study are relevant for cluster scholars and for scholars specializing in port studies and, since implications of this study for policy and management in (port) clusters are discussed, the study is also relevant for (port) cluster managers and for managers affirms in (port) clusters.

The Yangtze River Delta (YRD) has become the world’s most important container-export area in the world because of the huge growth of container volume from China. Shanghai, the gateway of the YRD, handles most of the cargoes. But the nature of river port has restricted its development, which forced China to built the Yangshan deepwater port to act as the mega hub in the region. In response to the emergence of the YRD and Yangshan, two traditionally transshipment centers in the region, Busan and Kaohsiung, have implemented strategies to in response to the emergence of YRD and Yangshan. This paper analyzes Busan’s and Kaohsiung’s strategies and tries to forecast the development of these ports. Research result shows Busan is aggressive and ambitious but that Kaohsiung has little chance of becoming the mega-hub in the region.

Flow in the cavity with heat generating body finds wide domestic and industrial applications. The heat transfer characteristics and the irreversibility generated in the cavity depend on mainly the cavity size, aspect ratio of the heat generating body, and inlet/exit port locations. In the present study, effect of exit port locations on the heat transfer characteristics and irreversibility generation in a square cavity with heat generating body is investigated. A numerical simulation is carried out to predict the velocity and temperature fields in the cavity. To examine the effect of solid body aspect ratio on the heat transfer characteristics two extreme aspect ratios (0.25 and 4.0) are considered in the analysis. Fifteen different locations of exit port are introduced while air is used as an environment in the cavity. It is found that non‐uniform cooling of the solid body occurs for exit port location numbers of 13 and beyond. In this case, heat transfer reduces while irreversibility increases in the cavity. These findings are valid for both aspect ratios of the solid body.

A power plant comprising a rotor having a plurality of circumfercntially spaced combustion chambers; a stator having an air intake port and a pair of exhaust ports disposed so that upon rotor rotation said air intake port communicates sequentially with said chambers at one of their ends and each of said exhaust' ports communicate sequentially with said chambers at their other ends; means for adding fuel to said chambers; and means for initiating combustion within said chambers; the relative circumferential positions of said ports and the point of combustion initiation within said chambers being such that during rotor rotation and after combustion in a chamber, said chamber, cyclically and in the sequence stated, is placed in communication with one of said exhaust ports, is closed to said one exhaust port, is placed in communication with the other of said exhaust ports, is placed in communication with said intake port, is closed to said other exhaust port, is closed to said intake port, and thereafter combustion is initiated in said chamber while it is closed to all of said ports, the overlap between said intake port and said other exhaust port being sufficiently large so that in each said cycle each said chamber is simultaneously in communication with said intake port and said other exhaust port for a length of time substantially longer than the length of time said chamber is in communication solely with either of said latter two ports.

Planning the development of ports and harbours involves many complex, technical tasks. Various facility designs must be outlined and analysed. Facility locations must be evaluated and sites selected. Environmental issues must be recognised and the impact of port facilities on the environment must be estimated. Traffic and trade levels must be forecast. Port operating procedures must be evaluated to insure proper facility design. Men, material and capital resources must be inventoried to support the budgeting and economic analysis required. Finally, an economic evaluation must be made of the costs and benefits of the development project. Port planners must often develop plans under economic, social and political pressures. These pressures may not allow the time necessary to evaluate fully all the possible facility designs which could be included in the development plan. The computer model and planning methodology outlined briefly in this paper are designed to facilitate the development process by providing an automated planning framework for the rapid, accurate and thorough analysis of alternative port development plans. This port planning model is centred around a dynamic, stochastic digital computer simulation program. It is dynamic in that port operations may be simulated for any desired length of time; thereby providing in minutes estimates of the results of port operations simulated for years. The model is stochastic in that processes which vary randomly in actual port operations are represented to vary in the same way during the simulation. This added realism in the model increases the accuracy of its results. By properly specifying input data planners may evaluate the effect of alternative development plans on the port's operation; however, its use is not limited to development planning only.