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The purpose of this study is to understand the link between psychological ownership and organizational innovation in family businesses. The research also explored the mediating effect of knowledge transfer alongside the moderating role of governance practices.

A total of 116 family businesses across India took part in the study. Data were collected with the help of a structured questionnaire supplied to the seniormost family member of each firm. The data were analyzed by using the moderated mediation model analysis in R.

The findings indicate that psychological ownership is a key driver of organizational innovation in family businesses. The transfer of knowledge mediates the relationship between psychological ownership and organizational innovation. Moreover, governance practices of the businesses moderate the association between psychological ownership and knowledge transfer, and its downstream consequences on organizational innovation.

While previous research has explored various aspects of nurturing innovation, the present study explores the effect of psychological ownership in the context of family businesses in India. This study also gives insights into how knowledge transfer and governance practices work together to influence innovation in these businesses.

Ergonomics usually reciprocate the study about people fitness toward working environment. In addition, financial distress refers a condition of organizations incompetency in generating sufficient revenues or incomes, which thereby refrain them to pay their financial obligations. This study aims to evaluate two independent organizational fields named as ergonomics in first phase and financial distress in manufacturing organization behavior in the second phase. The study presented a resiliency framework for operations and strategic management in the third phase based on various facts received from the distress organizations.

A questionnaire survey based on plant-visit is presented. The study embedded two segments to explicate its novelty. In the first segment, the plant-visit case study is presented and in the second segment, an exploratory data related to financial distress is presented. The study tried to communicate observations related to multiple decision-making fields in single umbrella, where multiple concepts like ergonomics and financial distress of organizations as well as employees are presented. DEMATEL-ANP integrated approach is used to represent the critical financial distress dimensions of employees and their ranking.

The study provided insights toward connecting two independent fields named as ergonomics and financial distress in single umbrella. The study can benefit practitioners in designing policies and procedures in their planning model to effectively achieve organizational goals. The study presented 14 financial distress drivers of employees and advocated the aggregation of ergonomics and financial distress toward developing a holistic framework for attaining organization goals for sustainability.

The study presented a comprehensive understanding about multiple organization decision-making fields toward developing a holistic approach from different aspects for attaining organizational sustainability. The study can be fruitful in stimulating cross-pollination of ideas between researchers and provides a good understandability of ergonomics and financial distress in single roof.

The purpose of this study is to examine the indirect relationship between the mandatory adoption of International Financial Reporting Standards for small and medium-sized enterprises (IFRS for SMEs) and the corporate governance index (CGI) by checking the mediating effect of the quality of financial statements (QFS) on this relationship.

The main objective of the IFRS for SMEs standard is to meet the specific needs of SMEs in transition and developing economies. Here, the authors used the structural equation method to investigate SMEs in countries that mandate the application of IFRS for SMEs for the years 2010 (pre-adoption) and 2016 (post-adoption). The final sample covered two emerging countries: the Dominican Republic and El Salvador.

The results show a positive association between the adoption of IFRS for SMEs, CGI and QFS. Furthermore, the findings confirm that the relationship between IFRS for SMEs adoption and CGI is under the control of the QFS.

This study provides standard setters and managers of SMEs with an overview of the importance of QFS on the significance of this relationship in emerging countries. The study contributes to the literature by examining the indirect relationship between IFRS for SMEs and CGI and building a CGI that integrates a set of governance practices linked to SMEs.

The purpose of this paper is to perform the computational fluid dynamics (CFD) simulation with experimental validation to investigate the particle segregation effect in abrupt and smooth shapes circulating fluidized bed (CFB) risers.

The experimental investigations were carried out in lab-scale CFB systems and the CFD simulations were performed by using commercial software BARRACUDA. Special attention was paid to investigate the gas-particle flow behavior at the top of the riser with three different superficial velocities, namely, 4, 6 and 7.7 m/s. Here, a CFD-based noble simulation approach called multi-phase particle in cell (MP-PIC) was used to investigate the effect of traditional drag models (Wen-Yu, Ergun, Wen-Yu-Ergun and Richardson-Davidson-Harrison) on particle flow characteristics in CFB riser.

Findings from the experimentations revealed that the increase in gas velocity leads to decrease the mixing index inside the riser. Moreover, the solid holdup found more in abrupt riser than smooth riser at the constant gas velocity. Despite the more experimental investigations, the findings with CFD simulations revealed that the MP-PIC approach, which was combined with different drag models could be more effective for the practical (industrial) design of CFB riser. Well agreement was found between the simulation and experimental outputs. The simulation work was compared with experimental data, which shows the good agreement (<4%).

The experimental and simulation study performed in this research study constitutes an easy-to-use with different drag coefficient. The proposed MP-PIC model is more effective for large particles fluidized bed, which can be helpful for further research on industrial gas-particle fluidized bed reactors. This study is expected to give throughout the analysis of CFB hydrodynamics with further exploration of overall fluidization.