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A research stream known as prospect theory describes how decision biases lead to results that differ from those predicted by classical utility theory (Kahneman and Tversky, 1979). Prospect theory hypothesizes that individuals will experience potential losses more intensely than potential gains, and will be more risk‐seeking in loss situations, while more risk‐avoiding in gain situations. This study includes 948 participants from the PRC and 318 students from the USA. All of our attempts to replicate these findings in the Peoples’ Republic of China have revealed a different pattern. Chinese subjects consistently demonstrated risk‐seeking preferences, both in gain and loss situations.

This paper aims to evaluate the past contributions of Multinational Business Review (MBR), identify research gaps and opportunities and provide a research agenda that addresses several sustainability-related and other contemporary challenges.

This study analyzes 400 papers published between 2003 and 2021 to map the MBR’s intellectual and conceptual structure using advanced bibliometric techniques.

The bibliographic coupling technique identifies core clusters in MBR papers, and subsequent content analysis of these clusters reveals the following five research fronts: internalization theory and the future of international business (IB) research; internationalization and firm performance; regionalization versus globalization debate; internationalization by emerging market firms; and global dynamic capabilities and firm internationalization.

To the best of the authors’ knowledge, this is the first comprehensive analysis of past contributions of MBR to research on IB and suggests a way for MBR to play a seminal role in addressing contemporary challenges in IB.

Cultural studies in business and economics research are still limited to particular cultures. Knowledge on cultural differences may help international corporations to adapt management practices according to the markets they are operating in. The purpose of this paper is to study the issue of escalation of commitment and framing in a new cultural setting involving Germany and Vietnam. This setting is unique and particularly interesting, for Germany being the biggest European market and Vietnam being one of the fastest growing emerging markets in Asia.

The authors use a lab experiment with student participants from Germany and Vietnam.

In a 2×2 in between-experiment, the authors find strong support that Vietnamese participants have a stronger tendency to invest additional resources and evidence that negatively framed information leads to the higher escalation of commitment. Implications are discussed.

The unique empirical comparison is important because differences between other western and eastern countries do not necessarily generalize to the setting.

Additive manufacturing or “3D printing” is a rapidly expanding sector and is moving from a prototyping service to a manufacturing service in its own right. With a significant increase in sales, fused deposition modelling (FDM) printers are now the most prevalent 3D printer on the market. The increase in commercial manufacturing necessitates an improved understanding of how to optimise the FDM printing process for various product mechanical properties. This paper aims to identify optimum print parameters for the FDM process to achieve maximum tensile strength through a review of recent studies in this field.

The effect of the governing printing parameters on the tensile strength of printed samples will be considered, including material selection, print orientation, raster angle, air gap and layer height.

The key findings include material recommendations, such as the use of emerging print materials like polyether-ether-ketone (PEEK), to produce samples with tensile strength over 200 per cent that of conventional materials such as acrylonitrile butadiene styrene (ABS). Amongst other parameters, it is shown that printing in the “upright” orientation should be avoided (samples can be up to 50 per cent weaker in this orientation) and air gap and raster width should be concurrently optimised to ensure good “inter-raster” bonding. The optimal choice of raster angle depends on print material; in ABS for example, selecting a 0° raster angle over a 90° angle can increase tensile strength by up to 100 per cent.

The paper conclusions provide researchers and practitioners with an up-to-date, single point reference, highlighting a series of robust recommendations to optimise the tensile strength of FDM-printed samples. Improving the mechanical performance of FDM-printed samples will support the continued growth of this technology as a viable production technique.

This paper aims to present a survey concerning the accuracy of thermoplastic polymeric parts fabricated by additive manufacturing (AM). Based on the scientific literature, the aim is to provide an updated map of trends and gaps in this relevant research field. Several technologies and investigation methods are examined, thus giving an overview and analysis of the growing body of research.

Permutations of keywords, which concern materials, technologies and the accuracy of thermoplastic polymeric parts fabricated by AM, are used for a systematic search in peer-review databases. The selected articles are screened and ranked to identify those that are more relevant. A bibliometric analysis is performed based on investigated materials and applied technologies of published papers. Finally, each paper is categorised and discussed by considering the implemented research methods.

The interest in the accuracy of additively manufactured thermoplastics is increasing. The principal sources of inaccuracies are those shrinkages occurring during part solidification. The analysis of the research methods shows a predominance of empirical approaches. Due to the experimental context, those achievements have consequently limited applicability. Analytical and numerical models, which generally require huge computational costs when applied to complex products, are also numerous and are investigated in detail. Several articles deal with artificial intelligence tools and are gaining more and more attention.

The cross-technology survey on the accuracy issue highlights the common critical aspects of thermoplastics transformed by AM. An updated map of the recent research literature is achieved. The analysis shows the advantages and limitations of different research methods in this field, providing an overview of research trends and gaps.