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Story‐telling has been identified as a metaphor for management consulting which focuses on the consultant as “impression manager”. The convincing power of strong stories told by consultants is emphasised. In this article management consulting is conceptualised through the metaphor of story‐making, identifying co‐operation and reflection as characteristic features. A specific consultancy process is interpreted as a co‐operative effort between the consultant and the client in which plot lines and characters are constructed. Plots can be opened or closed, and characters can be settled or negotiated. Thus story‐making as a reflective act moves between enhancing reflection and preparing for action.

The purpose of this paper is to challenge a traditional image of the content of entrepreneurship, which is associated with creativity, identity and discovery recognition.

A narrative approach is used in telling the story about the artist/entrepreneur Mikael Genberg. The story is based on interviews, newspaper material and observations. Taking this story as the point of departure, an alternative image of entrepreneurship is suggested.

First, from a traditional Schumpeterian perspective Genberg could be portrayed as a good example of a hero entrepreneur, an archetype of the creative artist/entrepreneur. Instead Genberg in this paper is described in terms of a creative imitator. Second, the Schumpeterian “hero entrepreneur” is associated with a fixed and strong identity. This picture is challenged and replaced by a demonstration of how double or multiple identities are used in legitimizing work which is argued to be more illustrative to the content of entrepreneurship than finding the true identity of the hero entrepreneur. Third, discovery recognition from a traditional perspective is attributed to the individual, while in this case opportunity creation signifies the process of making discoveries collectively shared.

This study is exploratory and based on a single case, while the results cannot be taken as generalizations. Instead an alternative understanding of the content of entrepreneurship is illustrated.

The value of this study is the demonstration of an alternative image of the content of entrepreneurship.

The purpose of this research paper is to investigate opposing versions of entrepreneurship and to introduce a metaphor to stimulate a dialogue about the diversity and complexity of enterprising communities.

A discourse framework is developed in order to describe dominating – and even new and challenging – versions of entrepreneurship. The discourse analysis is presented in three steps: the introductory text to a handbook of entrepreneurship is deconstructed to expose some basic assumptions of entrepreneurship; drawing on several research articles, some dominating versions of entrepreneurship are analysed; drawing on research articles which have recently been published in two special issues in entrepreneurship journals, alternative versions of entrepreneurship are analysed.

This paper compares three dominating and three alternative versions of entrepreneurship. All the versions are related to the idea of entrepreneurship as a story of creation for our times, where it is implied that entrepreneurship appears to be something inherently good for society and for people. The versions share a common denominator but are also distinguished by different ontological and epistemological assumptions that make a dialogue between the versions problematic.

The results of this research paper have obvious limitations because of the methodology employed and due to the limited number of texts analysed.

The concept of a discursive web to analyse the world of entrepreneurship is introduced.

This study aims to enable robotic friction stir welding (FSW) in practice. The use of robots has hitherto been limited, because of the large contact forces necessary for FSW. These forces are detrimental for the position accuracy of the robot. In this context, it is not sufficient to rely on the robot’s internal sensors for positioning. This paper describes and evaluates a new method for overcoming this issue.

A closed-loop robot control system for seam-tracking control and force control, running and recording data in real-time operation, was developed. The complete system was experimentally verified. External position measurements were obtained from a laser seam tracker and deviations from the seam were compensated for, using feedback of the measurements to a position controller.

The proposed system was shown to be working well in overcoming position error. The system is flexible and reconfigurable for batch and short production runs. The welds were free of defects and had beneficial mechanical properties.

In the experiments, the laser seam tracker was used both for control feedback and for performance evaluation. For evaluation, it would be better to use yet another external sensor for position measurements, providing ground truth.

These results imply that robotic FSW is practically realizable, with the accuracy requirements fulfilled.

The method proposed in this research yields very accurate seam tracking as compared to previous research. This accuracy, in turn, is crucial for the quality of the resulting material.

To introduce the special issue focusing on the QUIS 9 symposium.

A brief perspective of the best papers presented at the Quality in Services (QUIS9) symposium held at Karlstad university, Sweden in June 2004.

Outlines some of the highlights surrounding the conference.

Provides a brief report of the context of the conference.

This review investigates the extent and content of research into rural firm growth, and identifies and describes various approaches to studying firm growth.

The paper is guided by the systematic literature review framework which, combined with a qualitative assessment, ensures a rigorous review. An initial set of 200 peer reviewed articles was included in the review. During the quality assessment stage this set was reduced to 50 articles which were analysed in depth.

Three approaches to firm growth are identified and explored, focusing on the output, process and context of firm growth. The results further indicate increasing interest in rural firm growth and identify six themes constituting the research field.

Firm growth is advocated as a solution to development challenges, especially in rural settings. However, the firm growth literature is dominated by outcome-based research, often focused on technology-based businesses in dynamic urban regions, whose results are not easily transferable to rural contexts. This review contributes by mapping the current state of knowledge in the field, by articulating and discussing taken-for-granted assumptions with regard to firm growth and by identifying three approaches to firm growth, of which the context approach is the least common but which may prove valuable to further increase in the understanding of rural firm growth.

The purpose of this paper is to advance the understanding of how Industry 4.0 related technologies affect the relocation of manufacturing abroad by small and medium-sized enterprises.

This paper contains an empirical analysis of how Industry 4.0 related technologies affect the cost-driven relocation of manufacturing abroad based on 191 comprehensive and full responses to a questionnaire survey distributed in 2018 among small- and medium-sized Danish manufacturers.

This paper builds upon data, which reveals that companies' pursuit of cost-focused competitive strategies is positively correlated with relocating manufacturing abroad. However, the data also shows that the more Industry 4.0-ready decision-makers are, the less cost-focused strategy drives manufacturing abroad. Furthermore, perceived barriers to Industry 4.0 related technologies promote the cost-driven relocation of manufacturing abroad whereas perceived drivers decrease this phenomenon.

This paper is based on the answers given by a single respondent from each company and only on Danish respondents.

The results indicate a need to invest resources to obtain a better knowledge of Industry 4.0 related technologies when used in processes involved in decisions about where to locate manufacturing.

This paper contains new, empirically founded information about how Industry 4.0 related technologies affect the cost-driven relocation of manufacturing abroad from the perspective of small- and medium-sized manufacturers.

The purpose of this paper is to investigate the importance of the entrepreneur’s quest for independence and control over the firm for governance and financing strategies with a special focus on family firms and how they differ from nonfamily firms.

The analysis is based on 1,000 telephone interviews with Swedish micro and small firms. The survey data are matched with firm-level data from the Bureau van Dijks database ORBIS.

The analysis shows that independence is a prime motive for enterprises, statistically significantly more so for family owners. Family owners are more prone to use either their own savings or loans from family and are more reluctant to resort to external equity capital. Our results indicate a potential “capital constraint paradox”; there might be an abundance of external capital while firm growth is simultaneously constrained by a lack of internal funds.

The main limitation is that the study is based on cross-section data. Future studies could thus be based on longitudinal data.

The authors argue that policy makers must recognize independence and control aversion as strong norms that guide entrepreneurial action and that micro- and small-firm growth would profit more from lower personal and corporate income taxes compared to policy schemes intended to increase the supply of external capital.

The paper offers new insights regarding the value of independence and how it affects strategic decisions within the firm.

Presents an approach to improved performance and flexibility in industrial robotics by means of sensor integration and feedback control in task‐level programming and task execution. Also presents feasibility studies in support of the ideas. Discusses some solutions to the problem using six degrees of freedom force control together with the ABB S4CPlus system as an illustrative example. Consider various problems in the design of an open sensor interface for industrial robotics and discusses possible solutions. Finally, presents experimental results from industrial force controlled grinding.