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This study aims to derive factors in the context of library corporate social responsibility. Interest in implementing corporate social responsibility has also increased over time because of its association with core issues of fundamental value, especially in societal, environmental and ethical practices. Therefore, corporate social responsibility can help libraries accomplish their missions and goals.

The study used data from 80 studies from the literature between 2010 and 2020 analysed and reviewed to identify the components of library corporate social responsibility. To establish library corporate social responsibility factors, thematic and weighting analyses were adopted and implemented.

The study established that library corporate social responsibility comprises four main themes: community, workplace and employees, environment, and stakeholders, which include the nine best predicted factors that play a significant role in library corporate social responsibility.

The results of this study provide implications for librarians and academics about libraries' social responsibility and its themes and factors.

To the best of the authors' knowledge, this study is the first to derive the factors of library corporate social responsibility. Hence, the importance of identifying library corporate social responsibility factors and component will help libraries implement the best practices of the modern concept of corporate social responsibility.

This study aims to analyze the two-dimensional ferrofluid flow in porous media. The effects of changes in parameters such as permeability parameter, buoyancy parameter, Reynolds and Prandtl numbers, radiation parameter, velocity slip parameter, energy dissipation parameter and viscosity parameter on the velocity and temperature profile are displayed numerically and graphically.

By using simplification, nonlinear differential equations are converted into ordinary nonlinear equations. Modeling is done in the Cartesian coordinate system. The finite element method (FEM) and the Akbari-Ganji method (AGM) are used to solve the present problem. The finite element model determines each parameter’s effect on the fluid’s velocity and temperature.

The results show that if the viscosity parameter increases, the temperature of the fluid increases, but the velocity of the fluid decreases. As can be seen in the figures, by increasing the permeability parameter, a reduction in velocity and an enhancement in fluid temperature are observed. When the Reynolds number increases, an increase in fluid velocity and temperature is observed. If the speed slip parameter increases, the speed decreases, and as the energy dissipation parameter increases, the temperature also increases.

When considering factors like thermal conductivity and variable viscosity in this context, they can significantly impact velocity slippage conditions. The primary objective of the present study is to assess the influence of thermal conductivity parameters and variable viscosity within a porous medium on ferrofluid behavior. This particular flow configuration is chosen due to the essential role of ferrofluids and their extensive use in engineering, industry and medicine.