bluuebunny/crossref_metadata_2025_split huggingface dataset:
Stock return and financial performance as moderation variable in influence of good corporate governance towards corporate value
Authors: Suhadak Suhadak , Kurniaty Kurniaty , Handayani Siti Ragil , Rahayu Sri Mangesti 
Published: September 2019

PurposeThe purpose of this paper is to evaluate how much influence good corporate governance (GCG) has on corporate value, as well as moderating effect of stock return and financial performance on the influence of GCG on corporate value.Design/methodology/approachThis study was an explanatory study. The unit of analysis was the companies listed in LQ45 in Indonesian Stock Exchange and the sources of data were ICMD, annual report and financial reports of the companies. Indonesian Stock Exchange was selected as the setting of the study since Indonesian Stock Exchange is one of trading places for various types of companies in Indonesia, and it provides complete information on company’s financial data and stock price. The population was 84 companies listed in LQ45 in Indonesian Stock Exchange between 2010 and 2016.FindingsThe higher GCG, independent commissioners proportion, institutional managerial and public ownerships resulted in higher corporate value. MBE and PER stock return is a moderating variable in the influence of GCG on corporate value. Financial performance is moderating variable in the influence of GCG on corporate value.Originality/valueBased on the previous studies, it may be concluded that there is a gap between the influence of GCG on corporate value and the influence of stock return on financial performance, and moderating variable is needed to evaluate the influence of GCG on company performance, more particularly stock return and financial performance. This discrepancy creates opportunity for conducting an in-depth study on those variables. Its novelty is correlation between stock return and financial performance as moderation. Previous studies used these as mediating variables. This study is going to generate different finding as it is conducted in different setting (country where this study is conducted), type of industry, research period and using different method of analysis.
Use patterns of e-journals among the science community: a transaction log analysis
Authors: Rafique Azra , Ameen Kanwal , Arshad Alia 
Published: September 2019

Purpose
This study aims to explore the evidence-based patterns of e-journal usage, such as the most used and least used databases, at a public-sector university in Pakistan, by analysing scientists’ usage of databases over time.

Design/methodology/approach
Through transaction log analysis, the frequencies of page views, sessions, session duration and size of the used data were calculated through SAWMILL software and entered into MS Excel.

Findings
The results revealed that the broad databases of science and engineering were being used more by users as compared to the narrower e-journal databases. Furthermore, the users were mostly accessing the e-journal databases from the university’s central library and its various academic departments. Early morning hours, working days and start of the academic year were found to be the most active timings of e-journal database utilisation.

Practical implications
The results of the study will help the Higher Education Commission (HEC) of Pakistan and information professionals in better access management of databases.

Originality/value
This study was conducted to check the feasibility of a PhD project’s first phase and presents the frequencies of HEC e-journal databases’ usage by using transaction log analysis method. The results will be used in preparing interview guide and sample selection for interview. Other Central Asian studies used COUNTER reports provided by publishers for log analysis instead of using raw log data.
Theoretical research of spinning triangle division on spun yarn torque
Authors: Su Xuzhong , Liu Xinjin 
Published: September 2019

Purpose
The purpose of this paper is to theoretically study the effects of ring spinning triangle division on spun yarn torques.

Design/methodology/approach
The case that the spinning triangle is divided into two parts, primary triangles and final triangle, is investigated. Theoretical model of yarn torque was given by linking the fiber tension in the spinning triangle to yarn torque under the assumption that the arrangement of fibers (substrands) in the substrands (yarn) is hexagonal close packing. Then, as an application of the proposed method, 14.6tex cotton yarns were taken as an example for the numerical simulations.

Findings
The fiber tensions in the divided spinning triangles and corresponding yarn torques were simulated numerically by using MATLAB software. The effects of division proportions and number of primary triangles on spun yarn torques are analyzed theoretically.

Originality/value
It is shown that suitable spinning triangle division is benefit for reducing yarn torque.
An investigation on lean–green performance of Indian manufacturing SMEs
Authors: Thanki Shashank , Thakkar Jitesh J. 
Published: September 2019

PurposeImproved performance in operational (lean) and environmental (green) dimensions has been extremely critical to the global competitiveness of organizations. As the performance of small- and medium-sized enterprises (SMEs) is influenced by various external and internal factors, the purpose of this paper is to analyze the lean–green performance of Indian manufacturing SMEs by investigating the influential relationships of various factors along with the set of lean and green practices adopted by the firms.Design/methodology/approachThe study employs a holistic approach by integrating multiple case study and data envelopment analysis (DEA) in eight manufacturing SMEs to verify a set of five propositions relating issues such as organizational factors, quality and environmental management certifications, implementation of lean and green practices with operational and environmental performance in Indian SMEs. Within-case analysis and cross-case analysis are used for a qualitative investigation of cases while DEA with four input variables, two desirable output variables and one undesirable output variable, is used for quantitative investigation with returns to scale (RTS) and damages to scale (DTS) analysis.FindingsThe RTS/DTS results suggest that Indian SMEs exhibit decreasing RTS and increasing DTS, implying that they need to decrease their operational sizes in order to improve the operational and environmental performance. The possible alternative and more practical strategy could be to introduce new technology innovation and holistic adoption of manufacturing excellence initiatives such as lean and green.Originality/valueThe research findings provide insights into the lean and green performance enhancement approach in the context of SMEs. The study extends key managerial implications and policy-related guidelines.
Reliability-based fatigue life of vehicle spring under random loading
Authors: Manouchehry Nya Reza , Abdullah Shahrum , Singh Karam Singh Salvinder 
Published: September 2019

Purpose
The purpose of this paper is to analyse fatigue-life prediction based on a reliability assessment for coil springs of vehicle suspension systems using different road excitations under random loading.

Design/methodology/approach
In this study, a reliability assessment was conducted to predict the fatigue life of an automobile coil spring during different road data surfaces. Campus, urban and highway road surfaces were considered to capture fatigue load strain histories using a data acquisition system. Random loadings are applied on top of a coil spring where coil is fixed from down. Fatigue reliability was established as a system of correlated events during the service life to predict the probability of fatigue life using Coffin–Manson, Morrow and Smith–Watson–Topper (SWT) models.

Findings
Fatigue-life prediction based on a reliability assessment revealed that the Morrow model can predict a safe region of a life data point for the three road surfaces. Highway road data indicated the highest rate of reliability at 0.8 for approximately 1.69 × 105 cycles for the SWT model.

Originality/value
Reliability assessment of the fatigue life of vehicle coil springs is vital for safe operation. The reliability analysis of a coil spring under random loading excitations can be used for fatigue-life prediction.
Exploring individuals’ behavioral intentions toward donation crowdfunding: evidence from China
Authors: Wang Tao , Li Yalan , Kang Minghui , Zheng Haichao 
Published: September 2019

Purpose
The purpose of this paper is to apply the self-determination theory (SDT) to propose a research model that incorporates the SDT framework and contextual variables as determinants and self-identity and social identity as mediating constructs to predict individuals’ intentions toward donation crowdfunding in China.

Design/methodology/approach
Structural equation modeling is used to analyze the data collected from China.

Findings
The results indicate that the self-identity and social identity collectively or separately mediate the effect exerted by the sense of self-worth, face concern, moral obligation, perceived donor effectiveness, social interaction and referent network size on donation intentions. However, there is no evidence supporting the hypothesis connecting moral obligation with self-identity.

Practical implications
The study provides suggestions for service providers on how to improve and perfect the functions, and it also provides insights for donation crowdfunding fundraisers on how to increase the success rate.

Originality/value
The conclusions of this study provide academics with a more thorough understanding of the driving forces of individual behavior intention toward donation crowdfunding in China. This study further expands the SDT and identity theory in the context of donation crowdfunding, which improves their robustness in explaining behavioral intention. These theories may be an important part of future information system research.
Irradiation test and hardness design for mobile rescue robot in nuclear environment
Authors: Gao Wenrui , Wang Weidong , Zhu Hongbiao , Zhao Shunping , Huang Guofu , Du Zhijiang 
Published: September 2019

Purpose
The paper aims to improve the radiation-proof capability of the self-designed mobile robot with a 7-DOF manipulator, enabling the long-playing inspection and intervention under high-dose radiation environment. In this context, gamma-ray irradiation test for electronic components and specific hardness design have also been specifically presented and discussed.

Design/methodology/approach
The study’s hardness design mainly focuses on shielding protection, distance protection and time protection. Irradiation test is first carried out to investigate irradiation resistance of each electronic module. Then, modular deployment and shielding calculation are completed for the point-type nuclear accidents, respectively, to achieve a robust anti-radiation design scheme. Finally, the field experiment is conducted to validate system effectiveness and good mobility, and operational practices are acquired for the realization of time protection.

Findings
Coupled with modular redeployment and shielding design, irradiation results illustrate the effectiveness of robotic anti-radiation design. Meanwhile, experiences and reformed measures from the field exercise implement efficient operation and radiological time protection.

Research limitations/implications
Considering the huge risks of high-dose source exposure, the radiation-resistance of the overall system cannot be verified in the field experiment. Fortunately, irradiation test and modular shielding calculation are conducted as a minimal validation.

Practical implications
The proposed anti-radiation design methods and the irradiated results can be applied to many other nuclear vehicles and manipulators for the feasible multi-layer protection and excellent mobility.

Originality/value
A nuclear intervention robot with specific hardness design is presented in detail in this paper. Enlightened by the idea of shielding and distance protection, a large number of electronic modules with multiple types and structures are treated and compared in irradiation experiments, while modular redeployment and retrofitting are completed to reduce irradiated damages. To achieve the effect of time protection, mobility performance and operational practices are discussed and validated in the field experiment based on the mobile system.
Conceptual design and analysis of a dredger robot for irrigation canals
Authors: Shademani Shima , Zarafshan Payam , Khashehchi M. , Kianmehr M.H. , Hashemy S.M. 
Published: September 2019

Purpose
This paper aims to present a solution to dredging the irrigation canals using a robotic system. Considering the importance of irrigating water, the waste within the water canals should be avoided. Irrigation canals are artificial linear structures in the landscape that are used for transporting the water. One important problem in water transferring is the waste materials flow inside the water, and in some areas, they block the main stream, reducing the effective capacity of the canal. Among the waste materials, aquatic plants are grown on the surface of the canal that needs to be removed from the canal. This removal operation is conducted using chemical, biological, ecological and physical methods with complex supply systems. In addition, robotic systems are used as such complex systems. So, a robotic system is proposed to dredging the irrigation canals. The assumed robot was manufactured in AGRINS laboratory of Tehran University.

Design/methodology/approach
Design procedure, dynamic modelling and simulation of this robotic system are studied. To validate the system design before its construction, ADAMS software is used to perform simulations. Finally, performance evaluation of the dredger robot in the canal is studied based on the experimental data.

Findings
Results show that the design procedure has been correctly fitted to the real condition. Therefore, the designed robot could be easily used to dredging irrigation canals.

Practical implications
The assumed robot was manufactured in AGRINS laboratory of Tehran University.

Originality/value
Performing a dredging operation in the canals could be conducted by a new technique considering both free sides of the canal. Therefore, in this paper, a conceptual design of a 3-wheels stair dredger robot is numerically and experimentally studied.
Perception of preparers of sustainability reports in the Middle East
Authors: Ismaeel Muatasim , Zakaria Zarina 
Published: September 2019

PurposeThis study aims to explore the preparers’ perceptions of sustainability reporting as a distinct voluntary corporate reporting practice in the Middle East. It links these perceptions to the influences of local and global institutional contexts and how companies respond to them.Design/methodology/approachThe study is informed by a discursive institutionalism theoretical framework that incorporates concepts such as multiple institutional logics, hybridity in social practice and interpretive role of social agents. Its empirical findings are built on seven interviews with officials involved in the practice to explore their perception of sustainability reports.FindingsSustainability reporting is not understood and perceived in the same way among reporting companies in the Middle East. The difference in perception is linked to the scope of operations of the company, whether it is global or local. The results provide evidence supporting the theoretical framework. Different institutional logics are identified that interact at the structure level to influence sustainability reporting practice, and companies act at the agency level by selecting from the institutional influences what match their interests and priorities. Consequently, the practice itself will be hybrid and will include various ways and forms of reporting.Originality/valueThe study contributes to knowledge about how global business practices are adopted by companies in the developing countries.
Dynamic analysis of two collinear permeable Mode-I cracks in piezoelectric materials based on non-local piezoelectricity theory
Authors: Liu Haitao , Zhu Shuai 
Published: September 2019

Purpose
Based on the non-local piezoelectricity theory, this paper is concerned with two collinear permeable Mode-I cracks in piezoelectric materials subjected to the harmonic stress wave. The paper aims to discuss this issue.

Design/methodology/approach
According to the Fourier transformation, the problem is formulated into two pairs of dual integral equations, in which the unknown variables are the displacement jumps across the crack surfaces.

Findings
Finally, the dynamic non-local stress and the dynamic non-local electric displacement fields near the crack tips are obtained. Numerical results are provided to illustrate the effects of the distance between the two collinear cracks, the lattice parameter and the circular frequency of the incident waves on the entire dynamic fields near the crack tips, which play an important role in designing new structures in engineering.

Originality/value
Different from the classical solutions, the present solution exhibits no stress and electric displacement singularities at the crack tips in piezoelectric materials. It is found that the maximum stress and maximum electric displacement can be used as a fracture criterion.
Higher education service quality, student satisfaction and loyalty
Authors: Teeroovengadum Viraiyan , Nunkoo Robin , Gronroos Christian , Kamalanabhan T.J. , Seebaluck Ashley Keshwar 
Published: September 2019

Purpose
The purpose of this study is to validate the higher education service quality (HESQUAL) scale using a confirmatory approach and test an improved structural model that predicts student loyalty from image, perceived value, satisfaction and service quality. In addition to validating the HESQUAL scale using a confirmatory approach, two other main limitations in the extant literature are addressed.

Design/methodology/approach
The model is tested using data collected from 501 students enrolled in different higher education institutions in Mauritius. A two-stage approach to structural equation modeling is used whereby the measurement model is first tested using confirmatory factor analysis and followed by the assessment of the structural model.

Findings
Importantly, results indicate that student satisfaction is influenced by technical service quality, image and perceived value, but not by functional service quality. Both dimensions of service quality however are significant predictors of image and perceived value. The study uses a comprehensive measure of service quality and demonstrates that it is worthwhile to consider functional service quality as higher-order model and clearly distinguish between functional and technical quality, as both the technical and functional aspects play an important role in shaping students’ perceptions and behaviors.

Originality/value
First, in the existing literature, service quality has not been considered as a second-order factor model in structural models of student satisfaction and loyalty, thus lacking either precision or parsimony. Second, the transformative quality aspect of higher education has been largely neglected in previous research testing such predictive models. The model delineates service quality into the functional and transformative (technical) aspects and treats functional service quality as a second-order factor comprising nine sub-dimensions.
Bayesian factor analysis for mixed data on management studies
Authors: Albuquerque Pedro , Demo Gisela , Alfinito Solange , Rozzett Kesia 
Published: September 2019

Purpose
Factor analysis is the most used tool in organizational research and its widespread use in scale validations contribute to decision-making in management. However, standard factor analysis is not always applied correctly mainly due to the misuse of ordinal data as interval data and the inadequacy of the former for classical factor analysis. The purpose of this paper is to present and apply the Bayesian factor analysis for mixed data (BFAMD) in the context of empirical using the Bayesian paradigm for the construction of scales.

Design/methodology/approach
Ignoring the categorical nature of some variables often used in management studies, as the popular Likert scale, may result in a model with false accuracy and possibly biased estimates. To address this issue, Quinn (2004) proposed a Bayesian factor analysis model for mixed data, which is capable of modeling ordinal (qualitative measure) and continuous data (quantitative measure) jointly and allows the inclusion of qualitative information through prior distributions for the parameters’ model. This model, adopted here, presents considering advantages and allows the estimation of the posterior distribution for the latent variables estimated, making the process of inference easier.

Findings
The results show that BFAMD is an effective approach for scale validation in management studies making both exploratory and confirmatory analyses possible for the estimated factors and also allowing the analysts to insert a priori information regardless of the sample size, either by using the credible intervals for Factor Loadings or by conducting specific hypotheses tests. The flexibility of the Bayesian approach presented is counterbalanced by the fact that the main estimates used in factor analysis as uniqueness and communalities commonly lose their usual interpretation due to the choice of using prior distributions.

Originality/value
Considering that the development of scales through factor analysis aims to contribute to appropriate decision-making in management and the increasing misuse of ordinal scales as interval in organizational studies, this proposal seems to be effective for mixed data analyses. The findings found here are not intended to be conclusive or limiting but offer a useful starting point from which further theoretical and empirical research of Bayesian factor analysis can be built.
Navigating student success: learning from the higher education landscape
Authors: Deeken Lynn , Press Meggan , Thorpe Pusnik Angie , Birkenhauer Laura , Floyd Nate , Miller Lindsay , Revelle Andrew , Spraetz Jaclyn , Riehman-Murphy Christina , Flynn Christie , Gerrity Caitlin , Graves Stephanie J. , LeMire Sarah , Pemberton Anne , Yeager Vonzell DeRico , Bednar Magen 
Published: September 2019

Purpose
This paper aims to demonstrate the variety of ways institutions and their libraries approach student success both conceptionally and operationally.

Design/methodology/approach
Librarians from nine different institutions of higher education were given a series of questions about student success on their campuses and in their libraries. They responded with written essays describing their experiences and perspectives.

Findings
The contributed pieces are collected together and display a shared interest in defining “student success,” aligning strategic planning with student success initiatives and establishing (and assessing) strong infrastructure to support student success.

Originality/value
These examples help us observe what is happening throughout higher education and see potential paths forward at our own institutions engaged in this work.