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Using insights from the supply chain resilience perspective and the international business literature, this study aims to investigate the determinants of firms’ decisions to reshore manufacturing under the high levels of uncertainty brought about by the ongoing US–China trade war and COVID-19 pandemic.

The proposed conceptual framework is tested using survey data collected from 702 Taiwanese firms with manufacturing in China. The firms were drawn from a database compiled by Taiwan’s Ministry of Economic Affairs.

The results show that two supply chain factors (tariffs and supply chain completeness) and two non-location-bound factors (labor cost and material cost) are critical determinants of the decision to reshore under uncertainty.

This research elucidates and empirically validates several factors that influence the reshoring decision in uncertain environments. The findings provide valuable theoretical, practical and strategic insights into how firms should manage their value chains in the post-COVID-19 era.

The main purpose of this paper is to introduce a comprehensive model explaining what affects the scope of the firm and also to find out its impact on firm performance.

This paper is based on an empirical analysis of a sample of 312 hardware manufacturing companies in Taiwan.

The research findings indicate that capability exploitation and upgrading will exert a positive influence on corporate diversification. In addition, corporate diversification will exhibit a curvilinear effect on firm performance.

Under the logic of capability‐based growth, managers should manage portfolios of capability upgrading and capability exploitation; and then, managers have to conduct econometric analyses to find out a firm's optimal level of corporate diversification for performance maximization.

This study attempts to propose a dynamic capabilities perspective, which suggests that the successful growth of a firm hinges on a strategic logic of capability‐based growth management containing both capability exploitation and capability upgrading, for exploring the antecedents and consequences of corporate diversification.

COVID-19 has dramatically changed how people live, socialise and think about their future. The disruptive shock that hit societies all over the world had a significantly negative impact on businesses, creating not only economic discontinuity but also uncertainty and disorientation. This special issue on COVID-19 aims to phrase the pandemic crisis and its impact on how to do business.

The authors follow MacInnis’s (2011) suggestion that a conceptual article sees what others have identified in a new or revised way.

The authors develop the crisis management framework. The authors acknowledge that disruptive events may be repeated, and their consequences will have long-term and permanent impacts. These aspects highlight the need for a systemic approach in which the focus is not limited to an analysis of the cause of the crisis and ways of solving it but includes the paths through which the business, economic and social systems evolve because of the crisis.

Managerial policies, business models and practices that have been effective up to now will probably no longer work. Beyond this backdrop, the articles compiled in this special issue aim to help set the agenda for post-COVID business research

The authors identify four primary themes captured by these articles: strategies, capabilities, organisational transformations and value processes. In their entirety, they represent pieces of a conceptual puzzle that do not provide knowledge of “hard facts” but rather a “soft interpretation of how to approach the “new normal”, i.e. a new social and business context.

This study aims to provide a conceptual framework for exploring the relationship between online game product engagement and online brand community engagement and how these two types of customer engagement affect subsequent offline benefit for customers and online and offline benefits for firms. This study also investigates the antecedents of online game product engagement from the virtual experience perspective.

This study collected data from online gamers in Taiwan. Of the 580 responses, 548 were valid. Smart PLS 3 was used to test the measurement model and the hypotheses in the research model.

The conceptual model is supported. First, the findings show that learning, entertainment, flow and social interaction play key roles in explaining online game product engagement. Second, online game product engagement has a positive effect on online brand community engagement. Finally, online game product engagement and online brand community engagement are crucial drivers of customers’ offline benefit and firms’ online and offline benefits.

Four contributions are made by this study. First, this study explores firms’ online benefit (virtual item purchase intention) and offline benefits, including licensed product and co-branded product purchase intention. Second, this study explores the customer’s offline benefit (offline skill development). Third, it focuses on two types of customer engagement, including online game product engagement and online brand community engagement, and explores the relationship between them. Finally, the concept of virtual experience is used to explore the antecedents of online game product engagement.

A brand community consists of relationships between a brand and consumers; community members’ identification with the brand community is a central characteristic of the community. This study aims to provide a comprehensive conceptual framework to investigate how and why such identification-based relationships yield firm- and member-level benefits to participants in the brand community.

This cross-sectional study analyzes data collected through a questionnaire survey of members from the brand community of VW-Golf Club members in Taiwan. The researchers attended the annual meeting of club members and handed out questionnaires directly to the members. The degree centrality of each member was calculated using UCINET 6 for Windows, a social network analysis software application. This study adopts the partial least squares program to evaluate the measurement properties and structural relationships specified in the research model.

The findings suggest that when customers’ identification with a brand community becomes salient, they strengthen their emotional attachment to the brand and improve their centrality in the network. Consequently, emotional attachment can serve as a guiding principle in decision-making and thus strengthen brand equity and assessment of brand extensions. Central members will also gain greater benefits, including collaborative opportunities and influence, through their advantageous position in the network.

This study makes four main contributions to the brand community literature. First, this is the first empirical study to simultaneously examine the relationships among community identification (customer to community), emotional attachment to the brand (customer to brand) and network centrality (customer to customer). Second, the empirical framework depicts dual value-creation routes that explain how identification-based relationships can yield firm- and member-level benefits. With respect to firm-level benefits, this is the first empirical study to examine the brand equity and assessment of brand extension in the brand community research. Third, this study applies the rarely adopted UCINET 6 software to scrutinize the network data from the brand community. Finally, this paper examines three actions that organizations can leverage to enhance consumer identification with a brand community.

Glass is a promising interposer substrate for 2.5 D integration; yet detailed analysis of the interfacial reliability of through-glass vias (TGVs) has been lacking. The purpose of this paper is to investigate the design and material factors responsible for the interfacial delamination in TGVs and identify methods to improve reliability.

The interfacial reliability of TGVs is studied both analytically and numerically. An analytical solution is presented to show the dependence of the energy release rate (ERR) for interfacial delamination on the via design and the thermal mismatch strain. Then, finite element analysis (FEA) is used to investigate the influence of detailed design and material factors, including the pitch distance, via aspect ratio, via geometry and the glass and via materials, on the susceptibility to interfacial delamination.

ERR for interfacial delamination is directly proportional to the via diameter and the thermal mismatch strain. Thinner wafers with smaller aspect ratios show larger ERRs. Changing the via geometry from a fully filled via to an annular via leads to lower ERR. FEA results also show that certain material combinations have lower thermal mismatch strains, thus less prone to delamination.

The results and approach presented in this paper can guide the design and development of more reliable 2.5 D glass interposers.

This paper represents the first attempt to comprehensively evaluate the impact of design and material selection on the interfacial reliability of TGVs.