Prof. Abdul Bello Kagara

Department of Industrial and Technology Education, School of Science and Technology Education, Federal University of Technology, Minna, Niger State, Nigeria.

abdulkagara@futminna.edu.ng

3 Publications

327 Views

217 Downloads

0 Citations

0 Global Citations

Publications 3

Research Article Vol. 15, Issue 1

Performance Evaluation of Fonio Chaff, Eggshell Powder, and Charcoal Ash as Partial Cement Replacement in Compressed Stabilised Earth Bricks

Musa Sa’atu Auta^*, Abdul Bello Kagara, Dauda Ibrahim, Wahab Bamidele Kareem

Rapid urbanisation, natural resource depletion, and the high environmental impact of Portland cement production have intensified the search for sustainable, locally sourced construction materials. Compressed stabilised earth bricks (CSEBs) present a promising alternative due to their low energy demand and adaptability to local soils. This study inv...

DOI: 10.67656/njmse.2025.1n5eu5rz

Jun, 2025 Vol. 15, Issue 1 96 views 55 downloads

PDF

Research Article Vol. 14, Issue 1

Development of Granite-Filled Recycled LDPE Composites for Lightweight Military Helmet Applications

R. M. Dodo^*, IBRAHIM ABUBAKAR IBRAHIM, Abdul Bello Kagara, Z. Musa, B. A. Kusimo

The development of a lightweight military helmet using granite particulate (GTP) reinforced recycled low-density polyethylene (RLDPE) was studied in an attempt to produce a light helmet with high strength and cost-effective material for military applications. This study utilised the abundant presence of granite in the ecosystem. The granite stone...

DOI: 10.67656/njmse.2024.5sshm564

Jun, 2024 Vol. 14, Issue 1 100 views 59 downloads

PDF

Research Article Vol. 6, Issue 1

Synthesis of active methylene azo disperse dyes based on 4-Amino-3-Nitrobenzaldehyde as diazo component and their application on polyester and Nylon 6.6 fabric

SALISU A^*, Abdul Bello Kagara, Mohammed K. Yakubu

Active methylene azo disperse dyes were synthesized and characterized. A good percentage yield of each of the dyes were obtained in the range of 58-82 %. The dyes have well defined melting points in the range of 270 – 404 C. The visible absorption spectra of the dyes showed that the dyes absorbed maximally within the visible region of the electrom...

DOI: 10.67656/njmse.2015.xotppxg8

Jun, 2015 Vol. 6, Issue 1 131 views 103 downloads

PDF

Back to Articles