Global Research Society Publisher

GRS Publisher Open Access Policy
Introduction
GRS Publisher is committed to advancing knowledge and fostering collaboration through open access publishing. Our open access policy ensures that research is freely accessible to all, promoting wider dissemination and engagement with scholarly work.
Definition of Open Access
Open access (OA) refers to the practice of providing unrestricted access to scholarly research outputs, including journal articles, books, and other academic publications. All materials published under this policy are freely available to read, download, and share, without financial, legal, or technical barriers.
Mission and Vision
Our Mission
Our mission is to publish rigorous, peer-reviewed scholarly work that contributes to the advancement of science, education, and society. We strive to maintain the highest standards of integrity and quality in all our publications, ensuring that each piece of research is a valuable resource for the academic community and beyond. We envision a world where knowledge is freely accessible to all, empowering researchers, students, and the general public to engage with and contribute to the global dialogue of ideas. Our commitment to open access ensures that research can be disseminated widely, promoting collaboration and discovery.
Our Vision
We envision a world where knowledge is freely accessible to all, empowering researchers, students, and the general public to engage with and contribute to the global dialogue of ideas. Our commitment to open access ensures that research can be disseminated widely, promoting collaboration and discovery.
Indexing
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Journals
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Track Manuscript
Latest Article
1. Laminar Convection flow in Warm Bathing Water: An In-depth Review with...
8

Alabodite Meipre George* & Bir...
Department of Mathematics, Niger Delta University, Wilberforce Island, Bayelsa State, Nigeria
11-18

Laminar free convection flow in warm bathing water had just been investigated numerically for a range of Reynolds number 0 ≤ Re ≤ 110 keeping Fr = 2.5 and Pr = 9.5 fixed throughout the study. The result showed that cabbeling changes slightly with Re owing to the increasing Re, even though, the velocity in such free convection flows are usually small. The result showed that volume of hot water at the upper section at some point in time depleted completely and in turn induces the entire ambient water temperature which later became the same temperature everywhere without any external influence. These results require just a little mixing for temperature between 0◦C and 10◦C to attain Tm. The time taken for dense fluid to sink to the bed for smaller Re is slightly longer as compared to the time it takes as Re increases. Temperature profiles were also analysed at some points (X, 69; 30; 10) below the contact layer and plotted against the x-coordinate. In a similar manner, profiles of x-component and y-component velocities were also determined at (X, 69) for the various Re cases as considered and plotted against the x-coordinate. Fluctuations in the temperature profiles describes the convection precess as both hot and cold fluid mixes in all direction and continue to deplete further. Meanwhile, fluctuations in the curves for the y-component velocity profile indicates that even as the dense fluid continue to descend, fluid that is still positively buoyant moves upwards. The maximum time taken for descending dense fluid to reach domain floor and the time taken to attain that depth were also considered. From the empirically determined data set, we could identify a single regime of Re-dependence and shown by the straight line in Figs. 7, which represent best fit power law obtained by linear regression of logRe on logτn (see equation ).
2. Design and Fabrication of a Prototype Mobile Offshore Charging Ship (M...
7

Saravanan Venkadasalam
Singapore Maritime Academy, Singapore Polytechnic, Dover, Singapore.
01-10
https://doi.org/10.5281/zenodo.18266603

In line with the International Maritime Organization's (IMO) ambitious target of achieving net zero greenhouse gas emissions by 2050, this paper proposes a novel Mobile Offshore Charging Ship (MOCS) to address the limited operational range of electric vessels. The paper details the design and fabrication of a prototype MOCS, incorporating solar power generation, logic controllers, and 3D-printed components. While testing confirmed the prototype's functionality and potential for practical deployment, limitations in scalability were identified due to current battery technology and wireless power transfer constraints. The discussion emphasizes the need for further advancements in energy storage, autonomous operation, and dynamic environmental modelling to enable larger-scale MOCS implementation. This research establishes a proof-of-concept for MOCSs and highlights their potential to significantly contribute to sustainable maritime decarbonization efforts.
3. Benneh and Bening in the Department Of Geograpy and Resource Developme...
4

Raymond Bagulo Bening
C 174/18, Manhean Loop, Abelenkpe, “Accra, Ghana”.
10-15

This narrative reflects on the challenges of a student-teacher relationship that developed into a close and enduring friendship between two lecturers in the same Department in the University of Ghana. Professors George Benneh and Raymond Bagulo Bening were often mistaken for each other because of the seeming similarity and the pronunciation of their surnames and occasionally even on documents with the full name and signature of Prof. Bening. This curious identity mix-up of names has differently impacted their shared professional experiences and these are candidly recounted in this fascinating article. This article examines the political economy of academic relationships through the professional journeys of Professors George Benneh and Raymond Bagulo Bening of the University of Ghana. It explores how power relations, mentorship, and collegiality shape knowledge production and recognition within the academy. It highlights how the intellectual labour of junior scholars and students, both graduate and undergraduate, are absorbed into the reputational capital of senior colleagues. Marx’s concept of primitive accumulation and Harvey’s notion of accumulation by dispossession provide a useful framework for examining the power relations in higher educational institutions.1 The case of Benneh and Bening illustrates how a student–teacher relationship evolved into mutual collaboration, revealing both the empowering as well as the dispossessing dynamics of mentorship in academic settings. Issues of academic integrity, intellectual property rights and professional ethics emerge as central themes, prompting critical reflection on how credit, authorship, and recognition are negotiated in higher education. The article concludes by underscoring the need for equitable academic practices that balance mentorship with fair acknowledgment of intellectual contributions.
4. Photography and painting
3

Vakhtang Egiazarov
Amaghleba st 9 Tbilisi, Georgia.
08-09
https://doi.org/10.5281/zenodo.18266642

The fields of painting and photography occupy a large and important place in art. Both fields serve the laws of visual perception. What do they have in common and how do they differ from each other?.