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This study aims to shed light on defining precisely variables of logistics costs model in Indonesia’s cement projects and generally other projects scientifically. The variables have previously so far been identified based on pragmatism and practical experience without rigorous scientific and empirical findings. The models are deeply awaited by every project practitioner, especially project controllers, in Indonesia.

Data for the period 2010–2018 of eight cement projects were taken in quarterly and tested with a statistical tool EVIEWS10 to develop a robust proposed model. Investigating models were done by literature studies and empirical studies, and the results had been examined by statistical tests to be determined as robust or not-robust models. The certain period taken due to the availability data of the cement projects in which after 2018 was unavailable because the cement product is overcapacity in Indonesia.

The model proposed is resulted by synthesizing logistics literature and empirical from the cement projects in which the model consists of foreign logistics costs, domestic manufacture, and domestic logistics costs as the best findings to develop logistics model for the cement projects with a-10 independent variable. It significantly found the variable of foreign logistics costs have taken higher portions in the model, and therefore must be prior carefully anticipated.

To guide investors to alert with several important variables of logistics in Indonesia. As education that to invest in Indonesia, the best logistics model must prior be known to anticipate further uncertainty.

This study is advanced applied research of logistics models developed by author for future possibility implementation in the sector beyond cement projects.

The purpose of this paper is to present the results of South Africa’s national freight demand model and related logistics cost models, and to illustrate the application of the modelling outputs to inform macrologistics policy.

Spatially and sectorally disaggregated supply and demand data are developed using the input-output (I-O) model of the economy as a platform, augmented by actual data. Supply and demand interaction is translated into freight flows via a gravity model. The logistics costs model is a bottom-up aggregation of logistics-related costs for these freight flows.

South Africa’s logistics costs are higher than in developed countries. Road freight volumes constitute 80 per cent of long-distance corridor freight, while road transport contributes more than 80 per cent to the country’s transport costs. These challenges raise concerns regarding the competitiveness of international trade, as well as the impact of transport externalities. The case studies highlight that domestic logistics costs are the biggest cost contributor to international trade logistics costs and can be reduced through inter alia modal shift. Modal shift can be induced through the internalisation of freight externality costs. Results show that externality cost internalisation can eradicate the societal cost of freight transport in South Africa without increasing macroeconomic freight costs.

Systematic spatially disaggregated commodity-level data are limited. There is however a wealth of supply, demand and freight flow information collected by the public and private sector. Initiatives to create an appreciation of the intrinsic value of such information and to leverage data sources will improve freight demand modelling in emerging economies.

A spatially and sectorally disaggregated national freight demand model, and related logistics costs models, utilising actual and modelled data, balanced via the national I-O model, provides opportunities for increased accuracy of outputs and diverse application possibilities.

Despite the proven benefits of high‐performing spare parts logistics, recommendations on how to organize spare parts logistics in China are rather rare. The absence of spare parts logistics concepts for China is surprising, since the spare part business is the profit pool of the capital goods industry: spare parts create about 17 percent of the industry's total revenue. The margins involved in this spare parts revenue are, on average, 25 percent compared to 2‐3 percent of the capital goods. This paper aims to offer recommendations to increase spare parts logistics performance.

The authors conducted an extensive benchmarking project with a variety of firms (focus group and single case study) in order to gain a better understanding of spare parts logistics in China. By reviewing the first benchmarking findings with a single company that struggled to achieve sufficient spare parts logistics performance, additional insight was gained into how spare parts logistics should be organized in China.

The paper attempts to provide a better understanding of the necessary changes for improving logistics performance in the Chinese market. It analyzes the necessary changes to achieve a cutting‐edge logistics solution, and shows how companies can implement the solution.

Research limitations come from the qualitative nature of the research.

Managers can use the results obtained in this study to challenge their current logistics practices and develop a project procedure on how to initiate logistics projects that lead to cutting‐edge logistics performance.

Rather than concentrating on performance benchmarks of the supply chain of spare parts or specific aspects of spare parts management, the paper develops the setting up of a cutting‐edge logistics solution for China and Asia. The cutting‐edge solution is based on two main pillars: companies should try to develop logistics solutions for Asia that consider existing Asian and Chinese constraints instead of taking the logistics practices used in mature markets and trying to adapt them to the Chinese market, and the development of the logistics solution should be in intensive collaboration with the logistics providers.

The purpose of this paper is to assess the logistics performance of national trade corridors in Myanmar based on a theoretical portrayal of multimodal transport in logistics chains combined with the real-time operation of such chains. A cost-time-distance model was used as the core theoretical framework for the discussion. Empirical data related to cost, time and distance was obtained to evaluate national trade corridors in Myanmar. The study explored the performance of trade corridor in the pulses and beans sector from the largest sown and harvest areas to the main seaports in Myanmar. The pulses and beans sector was selected because the country is the 2^nd highest exporter in the world and would benefit from improved access to its national seaports. Under the cost-time-distance model used, it was observed that physical infrastructure, institutional environment as well as limited capability of local providers hindered the overall performance of the trade corridors under study.

Logistics costs often represent the single largest cost element in international operations. Yet international logistics is often managed on a fragmented basis, with little or no attempt made to find the optimum tradeoffs of transportation modes, inventory levels, and expected availability of product. In this article, David Herron demonstrates how logistics cost savings of 15% to 25% may be achieved by systematically carrying out such tradeoffs.

The purpose of this paper is to investigate the issues pertinent to sourcing internationally from low‐cost countries (LCCs) and to understand which issues are associated most strongly with a firm's logistics performance.

Comparative examination of supply sources in developed countries and LCCs is conducted using a paired‐sample setting. Data acquired by a mail survey of US‐based manufacturing firms are analyzed using a canonical correlation analysis (CCA). CCA helps to reveal the structure of relationships within and between a set of sourcing issue variables and a set of the logistics performance variables investigated.

Results indicate that the issues that should be priorities for improvement are: supplier production capability; business culture and practices; and communication infrastructure.

The survey data and analysis focused on US manufacturing firms importing from LCCs. However, there is increasing activity of US retailers importing from LCCs, suggesting a need for a follow‐on study which considers the retailer perspective.

Results not only validate the issues to be considered in sourcing from LCCs, but also provide a direction for logistics managers in allocating an organization's scarce resources to the issues of highest potential for improving logistics performance.

The fast emerging role of LCCs as supply sources of US firms and the cost advantages of sourcing from LCCs are widely recognized. However, challenges associated with sourcing internationally from LCCs and the extent to which they are related to a firm's logistics performance have received limited attention in existing logistics research. This study contributes valuable insights into this area of international sourcing and logistics management.

As logistics talents in both Taiwan and Hong Kong are expanding their work area to Greater China, it is best to understand the competencies that logistics talents should possess. With this in mind, this study takes Mainland China, Hong Kong and Taiwan as the study scope, as well as logistics teaching and research experts and scholars as the study objects. The research findings can not only serve as informative references for universities intent on cultivating logistics talents, but as well as enhance the scope of both Taiwan and Hong Kong talents’ competence that can pave the way to the development of the logistics business in Greater China.

Trade and transport facilitation is a challenging area for international logistics and supply chains. A major problem in the area is the lack of a specific framework to support measurement and analyses of performance aspects concerning border‐crossing operations. The purpose of this study was to develop a framework for the area comprising strategic performance objectives of operations.

The framework derived from a theoretical and empirical basis. The empirical method involved a Delphi study with 11 experts with recognised knowledge in the area of international logistics and supply chain. The framework was validated through a substantive validity test conducted in a pilot study with 20 managers from organisations operating in a major international seaport overseas.

The study developed a framework structured by critical operations performance factors operationalised in terms of trade and transport facilitation aspects.

The framework was pre‐tested in a specific context in Brazil. Its construct validity and reliability require further testing and refinement.

The framework provides reference for the definition of priorities and targeted initiatives in specific areas of trade and transport operations at border‐crossing levels. The initiatives can be aligned with relevant strategic performance objectives of operations in general.

The theoretical, empirical, and practical issues addressed in the research provide an insightful basis for future research and managerial initiatives. The framework defined in the study offers robust measures that allow academics and practitioners to understand and address critical aspects inherent in the operational dimension of trade and transport facilitation.

Aim of the present monograph is the economic analysis of the role of MNEs regarding globalisation and digital economy and in parallel there is a reference and examination of some legal aspects concerning MNEs, cyberspace and e‐commerce as the means of expression of the digital economy. The whole effort of the author is focused on the examination of various aspects of MNEs and their impact upon globalisation and vice versa and how and if we are moving towards a global digital economy.