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The work presented in this article is part of an action research project carried out in collaboration between Bang & Olufsen (B&O) and the Center for Industrial Production (CIP) of Aalborg University. The aim of the project is to investigate how end‐manufacturers can source new technology via innovative NPD‐related supplier relationships. Whereas prior work on buyer‐supplier relationships is dominated by a product‐oriented view, the present research has adopted a resource‐based (competence) view to develop a framework to guide companies in developing and handling competence‐based relationships with technology suppliers. The framework suggests four different types of inter‐organisational competence development, two of which will be illustrated using empirical data obtained through two in‐depth case studies of innovative partnership projects between B&O and some of its sub‐suppliers.

The purpose of this paper is two-fold: first, it attempts to determine whether suppliers perceive distributive justice (equity) when their key customers implement sustainable sourcing initiatives based on assessment governance, composed of codes of conduct and auditing; second, it generates insights into specific costs, rewards, and investments and how these together result in perceived equity.

A qualitative research design was adopted for this study. A total of 30 executives from textile manufacturing suppliers in China, India, and Bangladesh were interviewed to determine their perceptions of distributive justice in relation to their key customers’ sustainable sourcing initiatives.

Most of the interviewees perceived that their customers’ assessment of governance initiatives was unfair. Four types of suppliers are identified based on their varying perceptions of the equity equation.

The findings introduce distributive justice as an important mediating variable between assessment-based governance and compliance. They also provide insights into the various types of perceived costs, rewards, and investments related to sustainable sourcing, and how they form varieties of the equity equation. The findings rely on a limited number of respondents and should, therefore, be researched further.

Assessment based on codes of conduct and auditing is the most prevalent sustainable sourcing governance approach, but suppliers may perceive this as an injustice leading to non-compliance. Buying companies are therefore advised to consider supplier perceptions of costs, rewards, and investments and adapt their sustainable sourcing initiatives accordingly.

Increased consideration of distributive justice in sustainable sourcing should increase the likelihood of supplier compliance, improving conditions for employees in global textile plants.

Extant research has studied the connection between assessment-based sustainability governance and compliance or overall performance. This paper contributes by suggesting that distributive justice might be a mediating variable helping to explain this connection.

A shift in supply management is underway. Nonlinear connections of buyers and sellers in business ecosystems challenge conventional supply management practice. Digital technologies and network connectivity lower the costs of connecting and collaborating with loosely related external parties. This paper aims to explore how this challenges conventional purchasing and supply management (PSM) practice.

This paper builds on the extended case research method. It is based on a theoretical conceptualization, which is explored through a case study.

The authors find that both supply management’s contribution to value creation, value appropriation and collaborative interfaces change with the emergence of multifaceted business systems.

The paper is developed within a specific industrial context, and the findings are not directly transferrable to other contexts. However, the authors believe that on an analytical level, there is value in transferring the insights into other manufacturing contexts.

Managers must challenge the taken-for-granted thinking that follows from linear supply management practices and start rehearsing the role of PSM when dealing with supplies from business ecosystem lead firms.

This research takes up a novel issue, highly relevant for PSM practitioners as well as for theory. To the best of the authors’ knowledge, nothing has been written about the colliding business logics of conventional PSM and that of business ecosystems.

The purpose of this paper is to introduce the practice paradigm of pragmatic constructivism.

Pragmatic constructivism emphasizes the role of the actors in the construction of organized reality. For such construct to function successfully, four dimensions of reality must be integrated in the actor-world relations.

This includes an examination of pragmatic constructivist theory as an alternative to traditional realism and critical theories of organizational reality. The papers of the special issue include methodological, conceptual and empirical studies to expand the understanding of management accounting in relation to the actors’ construction of functioning organizational practices.

As pragmatic constructivism is a relatively new paradigm, there is a need for further methodological and conceptual development and empirical studies of functioning practices.

In a discipline such as management accounting that can be theoretically polarized between the “realist” scientific mainstream and social constructivist criticism, pragmatic constructivism offers a mediating model in which realism is retained as the pragmatic criteria of success of the organizational actors’ construction.

Government information and services are increasingly delivered online through the Internet or other digital means. To benefit citizens, such electronic government (e-government) must be incorporated in their government-related information behavior. This study reviews citizens' information behavior in relation to e-government.

Following procedures for systematic reviews, this study reviews 53 papers about citizens' e-government information behavior.

The review finds that citizens (1) employ a rich set of quality, accessibility and non-utilitarian criteria in their perception of e-government; (2) use e-government in combination with offline channels; (3) choose channels on the basis of demographic and situational factors; (4) make frequent use of interpersonal sources and (5) may or may not achieve the intended outcome of their e-government information behavior. E-government information behavior has a lot in common with information behaviors in other domains, but it also accentuates certain facets of information behavior, such as the simultaneous use of multiple channels. In addition, mixed findings are common.

Interpersonal sources, both lay and professional, are integral to citizens' e-government information behavior. Yet, theoretical frameworks for understanding information behavior tend to focus on the individual citizen.

On its own, e-government is most suited for simpler problems. More complex problems require an information behavior that combines e-government with interpersonal sources.

E-government shapes how citizens satisfy their government-related information needs. This study provides an overview of the otherwise scattered research on this information behavior.

The purpose of this study is to show that the humidity levels for surface insulation resistance (SIR)-related failures are dependent on the type of activators used in no-clean flux systems and to demonstrate the possibility of simulating the effects of humidity and contamination on printed circuit board components and sensitive parts if typical SIR data connected to a particular climatic condition are available. This is shown on representative components and typical circuits.

A range of SIR values obtained on SIR patterns with 1,476 squares was used as input data for the circuit analysis. The SIR data were compared to the surface resistance values observable on a real device printed circuit board assembly. SIR issues at the component and circuit levels were analysed on the basis of parasitic circuit effects owing to the formation of a water layer as an electrical conduction medium.

This paper provides a summary of the effects of contamination with various weak organic acids representing the active components in no-clean solder flux residue, and demonstrates the effect of humidity and contamination on the possible malfunctions and errors in electronic circuits. The effect of contamination and humidity is expressed as drift from the nominal resistance values of the resistors, self-discharge of the capacitors and the errors in the circuits due to parasitic leakage currents (reduction of SIR).

The methodology of the analysis of the circuits using a range of empirical leakage resistance values combined with the knowledge of the humidity and contamination profile of the electronics can be used for the robust design of a device, which is also important for electronic products relying on low current consumption for long battery lifetime.

Examples provide a basic link between the combined effect of humidity and contamination and the performance of electronic circuits. The methodology shown provides the possibility of addressing the climatic reliability of an electronic device at the early stage of device design by using typical SIR data representing the possible climate exposure.

The aim of this work is to investigate the decomposition behaviour of the activator species commonly used in the wave solder no-clean flux systems and to estimate the residue amount left after subjecting the samples to simulated wave soldering conditions.

Changes in the chemical structure of the activators were studied using Fourier transform infrared spectroscopy technique and were correlated to the exposure temperatures within the range of wave soldering process. The amount of residue left on the surface was estimated using standardized acid-base titration method as a function of temperature, time of exposure and the substrate material used.

The study shows that there is a possibility of anhydride-like species formation during the thermal treatment of fluxes containing weak organic acids (WOAs) as activators (succinic and DL-malic). The decomposition patterns of solder flux activators depend on their chemical nature, time of heat exposure and substrate materials. Evaporation of the residue from the surface of different materials (laminate with solder mask, copper surface or glass surface) was found to be more pronounced for succinic-based solutions at highest test temperatures than for adipic acid. Less left residue was found on the laminate surface with solder mask (∼5-20 per cent of initial amount at 350°C) and poorest acid evaporation was noted for glass substrates (∼15-90 per cent).

The findings are attributed to the chemistry of WOAs typically used as solder flux activators. The results show the importance WOA type in relation to its melting/boiling points and the impact on the residual amount of contamination left after soldering process.

The results show that the evaporation of the flux residues takes place only at significantly high temperatures and longer exposure times are needed compared to the temperature range used for the wave soldering process. The extended time of thermal treatment and careful choice of fluxing technology would ensure obtaining more climatically reliable product.

The purpose of this paper was to analyse typical printed circuit board assemblies (PCBAs) processed by reflow, wave or selective wave soldering for typical levels of process-related residues, resulting from a specific or combination of soldering processes. Typical solder flux residue distribution pattern, composition and concentration are profiled and reported. The effect of such contaminants on conformal coating was tested.

Presence of localized flux residues was visualized using a commercial residue reliability assessment testing gel test and chemical structure was identified by Fourier transform infrared spectroscopy, while the concentration was measured using ion chromatography, and the electrical properties of the extracts were determined by measuring the leak current using a twin platinum electrode set-up. Localized extraction of residue was carried out using a commercial critical contamination control extraction system.

Results clearly show that the amount and distribution of flux residues are a function of the soldering process, and the level can be reduced by an appropriate cleaning. Selective soldering process generates significantly higher levels of residues compared to the wave and reflow process. For conformal coated PCBAs, the contamination levels generated from the tested wave and selective soldering process are found to be enough to generate blisters under exposure to high humidity levels.

Although it is generally known that different soldering processes can introduce contamination on the PCBA surface, compromising its cleanliness, no systematic work is reported investigating the relative levels of residue introduced by various soldering processes and its effect on corrosion reliability.

While big data creates business value, knowledge on how value is created remains limited and research is needed to discover big data’s value mechanism. The purpose of this paper is to explore value creation capabilities of big data through an alignment perspective.

The paper is based on a single case study of a service division of a large Danish wind turbine generator manufacturer based on 18 semi-structured interviews.

A strategic alignment framework comprising human, information technology, organization, performance, process and strategic practices are used as a basis to identify 15 types of alignment capabilities and their inter-dependent variables fostering the value creation of big data. The alignment framework is accompanied by seven propositions to obtain alignment of big data in service processes.

The study demonstrates empirical anchoring of how alignment capabilities affect a company’s ability to create value from big data as identified in a service supply chain.

Service supply chains and big data are complex matters. Therefore, understanding how alignment affects a company’s ability to create value of big data may help the company to overcome challenges of big data.

The study demonstrates how value from big data can be created following an alignment logic. By this, both critical and complementary alignment capabilities have been identified.