Follow
James Isiwu Aguwa
James Isiwu Aguwa
Verified email at futminna.edu.ng
Title
Cited by
Cited by
Year
Study of compressive strengths of laterite-cement mixes as a building material
JI Aguwa
AU JT 13 (2), 114-20, 2009
362009
Performance of laterite-cement blocks as walling units in relation to sandcrete blocks
JI Aguwa
Leonardo Electronic Journal of Practices and Technologies 16, 189-200, 2010
322010
Reliability studies on the Nigerian Ekki timber as bridge beam in bending under the ultimate limit state of loading
JI Aguwa, S Sadiku
Journal of Civil Engineering and Construction Technology 2 (11), 2011
292011
Study of coir reinforced laterite blocks for buildings
JI Aguwa
Journal of Civil Engineering and Construction Technology 4 (4), 110-115, 2013
272013
Reliability assessment of the Nigerian apa (afzelia bipindensis) timber bridge beam subjected to bending and deflection under the ultimate limit state of loading
JI Aguwa
International Journal of Engineering and Technology 2 (6), 1076-1088, 2012
242012
Preliminary investigation in the use of locust bean pod extract as binder for production of laterite blocks for buildings
JI Aguwa, JO Okafor
International Journal of Environmental Science, Management and Engineering …, 2012
212012
Characterization and Grading of South Eastern Nigeria grown Irvingia gabonensis Timber in accordance with BS 5268
JI Aguwa, PC Chukwu, SM Auta
USEP: Journal of Research Information in Civil Engineering 12 (2), 720-731, 2015
172015
Reliability studies on the nigerian timber as an orthotropic, elastic structural material
JI Aguwa
Unpubl Ph D Thesis Submitt to Post Grad Sch Fed Univ Technol Minna, Niger, 2010
172010
Effect of hand mixing on the compressive strength of concrete
JI Aguwa
Leonardo Electronic Journal of Practices and Technologies 17, 59-68, 2010
152010
Structural reliability of the nigerian grown abura timber bridge beam subjected to bending and deflection forces
JI Aguwa
Nigerian Journal of Technology 32 (2), 241-252, 2013
132013
Modelling slump of concrete containing natural coarse aggregate from bida environs using artificial neural network
A Yusuf, A MOHAMMED, S SALAWU, AJ ISIWU, B Alhaji, FA TALIHA
Pouyan Press, 2021
92021
Structural reliability analysis on the Nigeria Ekki timber bridge beam subjected to shearing force under Ultimate limit state
JI Aguwa, S Sadiku
Research Journal in Engineering and Applied Sciences 1 (4), 240-246, 2011
92011
The Nigerian Timber Structures
JI Aguwa
Ahmadu Bello University press Limited, PMB 1094, 5, 2016
82016
Structural performance of the Nigerian grown Abura timber bridge beam subjected to compression and shearing forces
JI Aguwa
KSCE Journal of Civil Engineering 19, 974-981, 2015
72015
Reliability Studies on Timber Data from Nigerian Grown Iroko Tree (Chlorophora excelsa) as Bridge Beam Material
JI Aguwa, S Sadiku
International Journal of Engineering Research in Africa 8, 17-35, 2012
72012
Effect of critical variable-time on concrete production
JI Aguwa
Journal of Science, Technology and Mathematics Education 8 (2), 23-39, 2006
72006
Effectiveness of locust bean pod solution (LBPS) in the production of sandcrete blocks for buildings
JI Aguwa, B Alhaji, A Jiya, DH Kareem
Nigerian Journal Of Technological Development 13 (1), 13-16, 2016
62016
Study of the strength characteristics of protein-based lightweight foamed concrete with cement partially replaced with rice husk ash
EB Coker, S Sadiku, JI Aguwa, M Abdullahi
Nigerian Journal of Technology 35 (4), 699-706, 2016
62016
Structural Reliability analysis of the Nigerian Ekki timber bridge beam subjected to deflection under the ultimate limit state of loading; presented and published in the Book …
JI Aguwa
2nd Biennial Engineering Conference, Titled Energy, Global Environmental …, 2011
62011
Reliability studies on reinforced concrete beam subjected to bending forces with natural stone as coarse aggregate
DN Kolo, JI Aguwa, TY Tsado, M Abdullahi, A Yusuf, SF Oritola
Asian Journal of Civil Engineering 22, 485-491, 2021
42021
The system can't perform the operation now. Try again later.
Articles 1–20