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This study sets out to examine conflict style preferences in India and the predictive effects of various demographic variables on conflict style preference.

Data were gathered in India (n=827) among Muslims and Hindus. Conflict was measured using Oetzel's Conflict Style Measure. To answer the research questions, repeated measures ANOVA and multiple regressions were conducted.

The findings reveal that conflict style preference among Hindus in India differs significantly and that Hindus prefer the integrating and dominating styles, whilst showing the least inclination towards the avoiding and obliging styles. Muslims prefer the integrating and compromising styles and least prefer the dominating and avoiding styles. Analyses of the demographic variables' predictive influence reveal that age and sex are significant predictors for all five conflict styles for both Muslims and Hindus. Education has a mixed predictive influence on conflict style among Hindus and Muslims.

Use of self‐report instruments and the majority of the participants coming from middle‐class backgrounds could limit the generalizability of the study.

The study calls for conflict mediators to consider the influence of group membership and educational level on conflict management/resolution. The research also discusses national/international conflict intervention.

This paper informs individuals regarding the way in which two large religious and cultural groups differ in their approaches to conflict. For a nation that has experienced a history of conflict between these two cultural/religious groups, this paper can help shed light on how to bridge the conflict between them.

There are no studies directly comparing the conflict styles of Muslims and Hindus.

In the recent years, the industries show interest in natural and synthetic fibre-reinforced hybrid composites due to weight reduction and environmental reasons. The purpose of this experimental study is to investigate the properties of the hybrid composites fabricated by using carbon, untreated and alkaline-treated hemp fibres.

The composites were tested for strengths under tensile, flexural, impact and shear loadings, and the water absorption characteristics were also observed. The finite element analysis (FEA) was carried out to analyse the elastic behaviour of the composites and predict the strength by using ANSYS 15.0.

From the experimental results, it is observed that the hybrid composites can withstand the maximum tensile strength of 61.4 MPa, flexural strength of 122.4 MPa, impact strength of 4.2 J/mm² and shear strength of 25.5 MPa. From the FEA results, it is found that the maximum stress during tensile, flexural and impact loading is 47.5, 2.1 and 1.03 MPa, respectively.

The results of the untreated and alkaline-treated hemp-carbon fibre composites were compared and found that the alkaline-treated composites perform better in terms of mechanical properties. Then, the ANSYS-predicted values were compared with the experimental results, and it was found that there is a high correlation occurs between the untreated and alkali-treated hemp-carbon fibre composites. The internal structure of the broken surfaces of the composite samples was analysed using a scanning electron microscopy (SEM) analysis.