JOURNAL OF RESEARCH IN ENGINEERING TECHNOLOGY ISSN: 2383-6844; ESETDOI 11 (online)
FOR AUTHORS 

JOURNAL OF RESEARCH IN ENGINEERING TECHNOLOGY ISSN: 2383-6844; ESETDOI 11 (online)

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CURRENT ISSUES 


VOL. 14, NO. 1, 2024


Experimental Study on Flexural Performance of Nail-Glued Laminated Timber Beam of Isoberlinia Doka (A A Iorkar,, A. A. Adedeji


Properties of Polypropylene Fiber and Corn-Cob Ash in Engineered Cementitious Composite (Bendable Concrete) (Folowosele T.C and  Adedeji A A.)


InvestigatioAbubakarcharaccf eggshells and periwinkle shells as a biomaterial fort theproduction of dental implantsJ (James Obafemi, Adegbola, OpeyemiDavid Alli, Timothy Opeyemi Akingbade, JohnSanni, Samuel, Kehinde Oyeniyi, Afis Olamilekan Kasim, SarakiYaman Alhaji)


Vol 15, No 1, 2025

Experimental Investigation on the Effects of Shredded Plastic Addition on Concrete Strength and Durability  (Adeyemi, F. O, Adedeji A.A, Olaniyi O.A.)


Empirical Evaluation of the Impact of Silicon Mineral Admixture on the Mechanical Properties of Concret (Kevin Lorenzo Okeke and  Festus Oluwasogo Adeyemi ) 


Effect of Nanoclay loading on the Tensile Properties of Epoxy Composites (Philip Abubakar, Bisike Chidiebere, Oseshi Catherine Okaigbo)


ARCHIVE

ESET/JORIET (VOLs. 3, 4, 10)


OTHERS

Mechanical Properties Assessment of Partial replacement of fine aggregatew withPulverised Waste Plastic in Oven Dried Lateritic Brick ( M. Bello, A.O. Ibrahim,  G. M. Fwangshak and K. A. Muhammad)

Influence of Curing Temperature and Time on Marshall Properties ofWarm Mix Asphalt Modified with Dissolved Plastic Bottle (Strength Classification of Cola Cordifolia Timber Specie Growni inNorth Western Nigeria, P Abubakar, A. Iorkar and A. A. AdedejiYinusa Alaro Jimoh)

Strength Classification of Cola Cordifolia Timber Specie Growni inNorth Western Nigeria, P Abubakar, A. Iorkar

Strength Properties of Concrete Using Terrazzo Waste as Partial Replacement for Cement (A Yusuf. B. E. Mfon and H. O. Aminula)

Durability Assessment of Silica-Sand Blended Laterite-Cement Bricks. (T. O. Alao. and A. A. Adedeji)

Assessment of a Sustainable Water Supply: The Peace Corps Master’s  InternationalProgram.  (J. Meeks and C. Naughton,)

Analytical Formulation 0f Groundwater Flow and Data Requirements (C. D, Kamara)

Probabilistic Sensitivity Failure Assessment of Telecommunication Tower System inNigeria


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Announcements / Innovative Materials and Technologies for a Sustainable Future: Advancing Energy, Food Security, Safety, and Intelligent Systems.Innovative Materials and Technologies for a Sustainable Future: Advancing Energy, Food Security, Safety, and Intelligent Systems. Innovative Materials and Technologies for a Sustainable Future: Advancing Energy, Food Security, Safety, and Intelligent Systems.

The global pursuit of sustainability has increasingly brought to the forefront the need for innovative solutions that bridge the gap between technological advancement and environmental control. As we navigate the complexities of the 21st century, the role of advanced materials, energy-efficient technologies, and intelligent systems has never been more critical. These innovations are key to achieving the Sustainable Development Goals (SDGs), particularly in areas related to climate action, environmental protection, and the creation of sustainable cities. In the realm of advanced materials, there is a pressing need to develop and understand materials that not only enhance performance but also align with environmental and sustainability goals. This thematic area seeks contributions that explore how novel materials can be engineered and applied to mitigate climate change, reduce environmental impact, and foster the development of sustainable urban environments.

This call for Review Papers invites scholars, researchers, and industry experts to contribute to the growing body of knowledge that supports sustainability objectives in terms of materials, life cycles, recyclability, and energy efficiency.
The integration of sensor technologies with energy and food systems represents another crucial area of focus. As energy demands increase and the transition to renewable sources accelerates, the development of advanced sensors becomes vital in ensuring efficient energy use, environmental monitoring, and sustainable agricultural practices.

This call for papers seeks reviews that highlight recent advancements in sensor technologies and their applications across energy and food domains, from renewable energy generation to precision agriculture and food supply chain management. Contributions that explore the intersection of sensors with artificial intelligence and machine learning for optimized energy and food solutions are also welcome.

Finally, the safety and reliability of new energy vehicles and the broader application of green energy and intelligent systems remain paramount as we advance toward a sustainable future.

We invite reviews that examine the latest safety technologies for electric and hybrid vehicles, emphasizing innovations that ensure both user safety and environmental sustainability. Additionally, papers that explore the synergies between green energy technologies and intelligent systems, particularly those that harness the powers of Artificial Intelligence and Machine Learning to enhance efficiency and sustainability, are of great interest.
 
Summarized Area of Interests:
Advanced Materials for Sustainability: Exploring innovations in materials science that contribute to climate action, environmental protection, sustainable agriculture, and the development of resilient food systems.Sensors, Food Security, and Energy Applications: Investigating the role of advanced sensors in enhancing food production, monitoring environmental conditions, and optimizing energy use in agricultural and energy systems.Safety Technologies for New Energy Vehicles: Addressing the latest advancements in safety technologies specific to electric and hybrid vehicles, focusing on reliability, performance, and their impact on sustainable transportation.Green Energy, Food Security, and Intelligent Systems: Examining the integration of green energy technologies with intelligent systems, including AI and machine learning, to enhance sustainability, efficiency, and resilience in both energy and food production. 

Guidelines:
Papers must be well written in Times New Roman, 12 font size, 1.5 line spacing, and a minimum 25 Pages with References on a standard Normal margin setting.References must not be less than 150 (APA 7th)Papers must be well-organizedReviews must be systematically presentedOnly high-quality papers will be considered.Manuscripts considered suitable for peer review will be evaluated by a minimum of two independent reviewers. Upon acceptance, the manuscript will enter the production phase and be published in the ongoing regular issue while also being featured in the online Special Issue.
 
Submission and Timeline:
You are invited to submit your review papers through the Journal Management System

via: FOR AUTHORS

 The following instructions must be followed for any submission to be processed:
Before manuscript submission, please


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