The present article is aimed at an investigation of the propagation of elastothermodiffusive ETN surface waves in a homogenous isotropic, thermoelastic semiconductor material half-space underlying a viscous or inviscid fluid half-space or layer of finite thickness with varying temperature. The relaxation times of heat and charge carrier fields are also taken into consideration during the study. The secular equation that governs the propagation of elasto-thermodiffusive surface (interfacial) waves in the considered composite structures has been derived in compact form after obtaining the general wave solution of the model. Some particular forms of the general secular equation are also deduced and investigated. Numerical solution of secular equation and other relevant relations is carried out for silicon Si semiconductor material under different situations with the help of functional iteration numerical technique along with the irreducible case of Cardano's method. The computer-simulated results in respect of dispersion curves, attenuation coefficient, specific loss factor of energy dissipation and relative frequency shift due to loading are presented graphically to illustrate the analytical development. The results have been determined and compared with relevant publications available in the literature at appropriate stages of this work.
In an increasingly digitized work environment, techno‐stress is becoming one of the most important concerns for employees. Based on the premise of job demands‐resources (JD‐R) theory, this study looks to determine how techno‐stressors affect employees’ work‐life balance (WLB) and turnover intention through burnout; and to what level positive psychological capital could moderate this relationship. We gathered data in a time‐lagged approach from 528 employees of Indian IT companies. To test the hypotheses, we applied a moderation‐mediation model. Further, the statistical analysis of the aforementioned associations was carried out using Smart‐partial least squares (PLS). The results suggest that burnout does mediate the relationship between techno‐stress and employees’ WLB. Secondly, psychological capital as a resource does moderate the impact of techno‐stress on burnout. Through these findings, the authors contribute to an extant literature by emphasizing the significance of recognizing techno‐stress, and managing technology‐induced burnout along with theoretical and practical implications offered.
Purpose The purpose of this study is to review the literature on work–life interface (WLI) studies conducted in India, including how cultural and institutional factors affect the work–life balance perception of Indian employees and how they differ from the west. Design/methodology/approach The preferred reporting items for systematic reviews and meta analyses (PRISMA) framework was used to select studies included in this systematic review. Findings Employees in India prioritize their family first because of the collectivist culture as opposed to the west, where work forms the role of root identity. Further, it was found that institutional support in India is lower than in developed western countries, resulting in difficulty for Indian employees to balance their work and life domains. Additionally, methodological advancement and large-scale multilevel research are much needed in India, as research on work–life studies is still in its infancy. Research limitations/implications This study is limited to qualitative synthesis of PRISMA framework. Adopting more advanced “meta-analysis” techniques to review quantitative studies could result in more comprehensive and informative results. Originality/value Since 2009, there has been an increase in empirical studies conducted on work–life studies in India, but no systematic review has been conducted to understand the various theories and variables used by researchers. In this study, we developed a conceptual model to increase the theoretical knowledge of WLI constructs.
The turnover intention has garnered the attention of scholars and professionals due to its competitive advantage. Despite extant literature, the current dynamics and research diversity of turnover intention (TI) remain obscure. Therefore, this study aims at conducting a bibliometric analysis of TI in the domain of business and management. In this study, articles containing predefined protocols have been extracted from the Web of Science database. In addition, the 936 articles published between 2002 and 2022 were analysed using bibliometric methods such as performance analysis and science mapping. The study highlighted the top contributing nations, most influential authors, leading journals, co-authorship collaborations and major research areas. Furthermore, the science mapping approach resulted in the formation of major clusters highlighting the significant themes of the TI literature. This study is distinctive in the field of TI as it investigates the conceptual framework of research on turnover intention. Scholars and professionals will benefit from the theoretical and practical contributions as well as the suggested future directions made in this study.
The present article is aimed at an investigation of the propagation of elastothermodiffusive (ETN) surface waves in a homogenous isotropic, thermally conducting, semiconductor material half-space underlying a thermally conductive viscous or inviscid liquid layer of finite thickness (d) with varying temperature. The relaxation times of heat and charge carrier fields are also taken into consideration during the study. Secular equation that governs the propagation of elasto-thermodiffusive surface (interfacial) waves in the considered composite structures has been derived in compact form after obtaining general wave solution of the model. Some particular forms of the general secular equation are also deduced and investigated. Numerical solution of secular equation and other relevant relations is carried out for germanium (Ge) and silicon (Si) semiconductor material under different situations with the help of functional iteration numerical technique along with irreducible case of Cardano's method.
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