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This paper aimed to revise and further validate the published e-work life (EWL) scale. The EWL scale was originally developed to assess theoretically relevant aspects of the remote e-working experience related to four main areas: organisational trust, flexibility, work–life interference and productivity.

A number of changes were implemented to the scale (i.e. including new items, rewording of existing items) following a recent qualitative study conducted by the authors. The two studies outlined in this paper, conducted within discrete remote e-working populations, resulted in a validated and adjusted 20-item version of the scale.

Study 1 performs confirmatory factor analysis (CFA) on data from a sample of 399 remote e-workers (57.9% female) in UK to check the factor structure of the revised version of the EWL scale and the reliability of the posited dimensions. Results provided support for a 20-item scale, replicating the factorial structure of the original version. Study 2 tests and confirms the factorial structure of the final 20-item EWL scale in an independent sample of 366 remote e-workers (48.6% female) in UK. Study 2 provides further evidence of EWL scale's reliability and validity, with the four factors of the scale being significantly correlated with positive mental health, detachment from work and technostress.

The EWL scale is a very timely and important tool which provides an overall framework of the key areas that are affecting remote e-workers’ life; whose greater understanding may better prepare organisations to adapt work arrangements and introduce support policies and guidance.

This present qualitative study explores the impact of the remote e-working experience on employees’ well-being.

Forty (23 male) remote e-workers working for a British IT company were interviewed about their work-related well-being. Semi-structured interviews were framed within an existing theoretical of work-related well-being; hence, questions targeted five distinct dimensions of affective, professional, social, cognitive and psychosomatic well-being. However, data collection was not constrained by this model, allowing the exploration of other aspects interviewees considered relevant to their work-related well-being. Interview data were analysed using thematic analysis, where key themes emerged.

Findings support the relevance of a multidimensional approach to understanding remote e-workers’ well-being as it provides an in-depth understanding of the inter-connectedness between relevant dimensions. Further insight into the overlooked issues of detachment from work and health-related behaviours when e-working remotely is also provided.

This study proposes practical implications related to the organisational, managerial and individual level; providing individuals tailored guidance on how to remote e-work effectively and raising the importance of cultural change to support remote e-workers to be open about their working preferences.

An original contribution to the field of remote e-working is provided, by adopting a holistic approach to explore well-being, disentangling the interconnections between different well-being dimensions and discussing pivotal contributing factors that seemed to be understudied within extant remote e-working literature.

The purpose of this paper is to develop and provide initial validation for the new E-Work Life (EWL) Scale. This measure assesses a range of theoretically relevant aspects of the e-working experience related to four main areas: job effectiveness, relationship with the organisation, well-being and work-life balance.

This study presents structured item development. Internal validity and reliability were tested on a sample of 260 e-workers (65 per cent female, age range 25–74). Correlations of the EWL scale with a measure of general health were tested on a subsample of 119 workers to provide initial evidence of construct validity.

Exploratory factor analysis supported a 17-item scale assessing four factors: work-life interference, productivity, organisational trust and flexibility. Individual well-being was measured and a pattern of significant correlations against four factors as indicators of general health were found, including mental health and vitality.

A new sample would confirm the strength of the EWL scale alongside further tests of validity. Coping strategies related to the scale would aid mapping of individual competencies for remote e-working to promote e-workers’ self-management, management style and organisational policy.

The EWL scale helps organisations to evaluate and support the well-being of remote e-workers. It provides measurement on three levels: individual, supervisory and organisational, whereby practical strategies for improvement can be linked to the scale.

The EWL scale completes a gap in the research by providing a measure aiding organisations to evaluate and support remote e-worker well-being.

The purpose of this study is to analyse perceived physical and social isolation and how they are linked in various places of work.

A nationwide study was conducted involving 3,352 Estonian office workers in spring 2021. Physical isolation was measured in terms of what proportion of time a person works away from co-workers (0%, 1%–25%, 26%–50%, 51%–75%, more than 75%). Social isolation diverged into two factors: lack of contacts and lack of meaningful connections. The different places of work the authors considered in the study included working from home with and without a dedicated room and different types of offices (private office, shared-cell office, activity-based office and open-plan offices of various sizes).

The results show that the negative consequences of physical isolation in the form of perceiving social isolation start to show when a person works 51% of the time or more away from others. However, the authors revealed the dual nature of social isolation in that when a person experiences a lack of contacts, the connections they do have with their colleagues are actually more meaningful.

The originality of the study comes from the fact that the authors uncovered the paradoxical nature of social isolation. This reveals itself in various places of work depending on the conditions at home and the type of office. Therefore, the authors move away from the simplified distinction of home vs office and take into account the level of physical isolation (what amount of time a person actually works away from colleagues).

The well-being of individuals is an essential issue of sustainability research. This study aims to focus on the particular case of teleworkers and the work conditions which may hinder their well-being. More specifically, this study analyses the impact of social isolation and work overload on the work engagement and life satisfaction of teleworkers during COVID-19 pandemic.

With a sample of 188 workers from the Portuguese banking sector, the authors use structural equations modelling to test a conceptual model. The authors carry out data analysis with partial least squares.

Social isolation and work overload are both negatively associated with the three dimensions of work engagement, namely, vigour, absorption and dedication. In turn, vigour is positively associated with life satisfaction. Social isolation and work overload are indirectly associated with life satisfaction through vigour. Results from multi-group analysis show that the negative relationship between social isolation and dedication is stronger for less senior teleworkers. By contrast, the negative relationship between work overload and dedication is stronger for more senior teleworkers. Additionally, the positive relationship between vigour and life satisfaction is stronger for permanent workers than for temporary ones.

This study tests the assumptions of the job demands-resources under the novel conditions of telework during COVID-19, focusing its ubiquitous conditions – social isolation and work overload. For human resources managers, this study highlights the need to take seniority and job stability in consideration when devising onboarding and working arrangement strategies for teleworkers.

This paper studies the impact that perceived proximity and employee voice have on the affective well-being of employees working from home (WFH). Drawing on Wilson et al.'s (2008) model of perceived proximity in virtual work, we believe that effectiveness in the use of the enterprise social network (ESN), communication and workmate identification increase the perceived proximity of teleworkers. We also propose that employee voice and perceived proximity have in turn positive implications in terms of well-being.

The study analyzes a dataset of 542 professionals with experience in home-based telework. Structural equation modeling (SEM) has been used to test the proposed hypotheses.

Results show that perceived proximity is significant and positively associated with affective well-being. Conversely, the expression of direct voice using electronic channels has a negative influence on the well-being of home-based teleworkers.

This study reveals the need to re-think the challenges of telework after the forced experiment of WFH provoked by the COVID-19 pandemics. Building on the “far-but-close” paradox, it emphasizes the role of workmate identification and communication and the perceived effectiveness of the ESN as sources of perceived proximity. At the same time, the paper adds to telework research by explaining how the expression of direct voice through electronic channels and indirect voice can have consequences in terms of well-being.

The purpose of this study is to investigate the complexity of how demands and stress are mitigated to enhance employee performance in remote working arrangements.

A time-lagged snowball sample of 223 full-time remote working adults in the United States participated in an online survey. Data were analyzed using R 4.0.2 and structural equation modeling.

Results suggest remote job resources involving organizational trust and work flexibility increase performance via serial mediation when considering information communication technology (ICT) demands and work–life interference (WLI). The findings provide insights into counterbalancing the negative aspects of specific demands and stress in remote work arrangements.

This study provides insights for managers to understand how basic job resources may shape perspectives on demands and WLI to impact performance. Specific to remote working arrangements, establishing trust with the employees and promoting accountability with their work flexibility can play an important part in people and their performance.

This study contributes theoretically to the literature by evidencing how components of the E-Work Life (EWL) scale can be used with greater versatility beyond the original composite measurement because of the job-demand resource (JD-R) framework and conservation of resources theory (COR). This study answers several calls by research to investigate how ICT demands and WLI play a complex role in work performance.

The purpose of this paper is to study the functionality of additively manufactured (AM) parts, mainly depending on their dimensional accuracy and surface finish. However, the products manufactured using AM usually suffer from defects like roughness or uneven surfaces. This paper discusses the various surface quality improvement techniques, including how to reduce surface defects, surface roughness and dimensional accuracy of AM parts.

There are many different types of popular AM methods. Unfortunately, these AM methods are susceptible to different kinds of surface defects in the product. As a result, pre- and postprocessing efforts and control of various AM process parameters are needed to improve the surface quality and reduce surface roughness.

In this paper, the various surface quality improvement methods are categorized based on the type of materials, working principles of AM and types of finishing processes. They have been divided into chemical, thermal, mechanical and hybrid-based categories.

The review has evaluated the possibility of various surface finishing methods for enhancing the surface quality of AM parts. It has also discussed the research perspective of these methods for surface finishing of AM parts at micro- to nanolevel surface roughness and better dimensional accuracy.

This paper represents a comprehensive review of surface quality improvement methods for both metals and polymer-based AM parts.