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Manchester's older residents together with statutory, voluntary and independent agencies are leading the development of partnership work and supporting varied initiatives to improve elders' quality of life in Manchester. They aim to tackle the city's health and other inequalities and address specific challenges of growing older in deprived urban areas. Manchester Valuing Older People last year published its ageing strategy and the city has now joined the global network of age‐friendly cities. This paper describes progress and some of the current issues and opportunities.

The purpose of this paper is to focus on links between former “Heilbronn Symposia” on social, economic and political changes, and evolutionary concepts of the nineteenth and early twentieth century to solve the “Social Question” (“S. Qu.”) in Germany.

The approach is based on references to authors of German historical schools, social policy, labor economics and liberal economic policy. The paper supplies a literature review in the area of social policy. It starts from different earlier definitions of the S. Qu. An overview is provided of selected studies of formerly leading German authors, who basically investigated economic and social policies conditioned by the existing economic system. The contents demonstrate different perspectives of the considered authors: Wilhelm Roscher's long‐term, even “modern” view of the development of property and wealth; Gustav Schmoller's broad view of economic and social development, demanding a strong state, efficient organizations of entrepreneurs and trade unions; Lujo Brentano's demand of basic institutional changes concerning labor markets and social security by trade unions; authors of different social‐economic studies written at the twentieth century, like Leopold von Wiese, Walter Eucken, Gerhard Weisser and Hans Peter Widmaier.

The findings point out: not all of the considered authors applied the same long‐term view; all of the authors demonstrated negative social effects of industrialization; authors of the twentieth century pointed out a broader concern of S. Qu. and social policy than former authors.

Areas of future research include: a broadening perspective of long‐term studies, and an increasing demand for analyses of social disturbances and of effects of social policy on the distribution of life conditions.

The comparison of selected authors focusing on their views of the S. Qu. in Germany during the nineteenth and twentieth centuries allows for special conclusions related to the causes, performance and measures to solve or at least reduce the burden of the S. Qu. in the considered economy.

The purpose of this paper is to offer a comprehensive overview of challenges and risks of the Internet of Things (IoT) in supply chain management (SCM) and provide a structured framework for classifying and analyzing the relevant literature to deduce insights for research and practice.

A systematic literature review (SLR) of 102 peer-reviewed journal articles on the topic of IoT in SCM was conducted.

This review identifies, categorizes and describes the relevant literature regarding the dimensions time and specificity. The resulting framework contains a holistic overview including focus areas and relations of macro-environmental, network-related and organizational challenges and risks. Furthermore, this review represents a conceptual framework for future research, considering the multidisciplinary body of the subject and provides an analysis of the timeline of literature, journals and used methodologies.

This study offers valuable insights into IoT and its impact on applications, processes and the structure of organizations and supply chains (SCs). The identification of challenges and risks helps to prepare for changes in the future because of the disruptive nature of this technology.

The originality of this paper lies in the synthesis of the fragmented body of literature of IoT challenges and risks for SCM. The derived framework and identification of relations and research gaps provide the foundation for further research to evaluate the relations between challenges and risks and offer solutions.

The purpose of this paper is to present the implementation of a balanced domain decomposition approach for the numerical simulation of large electro-quasistatic (EQS) systems in biology. The numerical scheme is analyzed and first applications are discussed.

The scheme is based on a finite element discretization of the individual domains obtained by decomposition and a physically consistent inter-domain coupling realized via Robin boundary conditions. The proposed algorithms can efficiently be implemented on a highly parallelized computing grid.

The feasibility and applicability of the method is proven. Further, a couple of technical details are found that increase the efficiency of the method.

The presented method offers an enhanced geometrical flexibility and extensibility to simulate larger cell systems with higher model resolution compared to other methods presented in the literature. The presented analysis provides an understanding of the balanced coupling scheme for large EQS systems.

The purpose of this paper is to demonstrate an approach to include the influence of design attributes (DA) into an early product development step. In general, the development of new products with market success is of high relevance for companies. Because of a relatively high-quality level in general, not the product quality itself but rather new issues as attributes with aesthetical values are becoming more and more important. However, the right consideration of these attributes is still one of the challenges.

The underlying investigation is based on an empirical data set resulting from a survey with motorcycles as research object. Motorcycles are a good example for a good with a certain relevance of DA for the buying decision of customers. The data collection and analysis will focus on a recommended presentation alternative of measuring perceptions and influences through customer evaluations, separating customer segments and identifying differences. Therefore, data analysis methods such as cluster analysis will be applied.

The findings are new for researchers from a theoretical and from a practical point of view. The results verify the use of pictorial stimulus presentation and emphasize the necessary integration of DA within the product development process.

Within the paper the usefulness of the consideration of design elements in case of gathering customer meanings is highlighted. Therefore, existing approaches of measuring design attribute influences and using pictorial instead of verbal descriptions of stimuli are adopted and enhanced through the use of additional information of the respondents.

Workplace mistreatment and aggression have become pressing issues in today’s multi-generational workplace. Yet, to date, the issue of investigating the impacts of passive and active types of mistreatment simultaneously on different generations has been widely neglected in the management literature. The purpose of this paper is to empirically explore the resultant effects of active (i.e. workplace tolerance to incivility) and passive (i.e. workplace ostracism) mistreatments on negative emotion and intention to sabotage, a generational perspective.

Data were garnered from bank employees in Nigeria (n=320) and analyzed with the aid of a structural equation modeling technique.

The data reveal that active and passive workplace mistreatments are relevant factors inflicting negative emotions and intention to sabotage, and negative emotions inflict the intention to sabotage. Furthermore, the impact of passive workplace mistreatment on negative emotion is higher among Generations X and Y cohorts, and its impact on the intention to sabotage is higher among Baby Boomers cohorts. The impact of active workplace mistreatment on negative emotion is higher among Generation Y and Baby Boomers cohorts, and its impact on the intention to sabotage is higher among Generations X and Y cohorts.

This paper advances our knowledge concerning the reactional response of employees to workplace mistreatment generation wise. Based on the study findings, theoretical and practical implications are identified and discussed.

This study aims to fabricate complex ceramic tetrahedron structures, which are challenging to produce by more conventional methods such as injection molding. To achieve this aim, thermoplastic-ceramic composite filaments were developed and printed with unmodified, consumer-grade, fused deposition modelling (FDM) printers instead.

Al₂O₃ ceramic powder was mixed with ethylene vinyl acetate polymer as a binder (50 Vol.- per cent) to form a filament with a constant diameter of 1.75 mm. After the printing and thermal treatment stages, the shrinkage and mechanical properties of cuboid and tetrahedron structures were investigated.

The shrinkage of the parts was found to be anisotropic, depending on the orientation of the printing pattern, with an increase of 2.4 per cent in the (vertical) printing direction compared to the (horizontal) printing layer direction. The alignment of the ceramic particle orientations introduced by FDM printing was identified as a potential cause of the anisotropy. This study further demonstrates that using a powder bed during the thermal debinding process yields sintered structures that can withstand twice the compressive force.

Ceramic FDM had previously been used primarily for simple scaffold structures. In this study, the applicability of ceramic FDM was extended from simple scaffolds to more complex geometries such as hollow tetrahedra. The structures produced in this study contain dense parts printed from multiple contiguous layers, as compared to the open structures usually found in scaffolds. The mechanical properties of the complex ceramic parts made by using this FDM technique were also subjected to investigation.