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Howard NJOKU
Howard NJOKU
Professor, Department of Mechanical Engineering, University of Nigeria, Nsukka.
Verified email at unn.edu.ng - Homepage
Title
Cited by
Cited by
Year
Analysis of stratified thermal storage systems: An overview
HO Njoku, OV Ekechukwu, SO Onyegegbu
Heat and mass transfer 50, 1017-1030, 2014
882014
Selection of phase change material for improved performance of Trombe wall systems using the entropy weight and TOPSIS methodology
C Oluah, ET Akinlabi, HO Njoku
Energy and Buildings 217, 109967, 2020
832020
Overall performance optimisation of tapered leg geometry based solar thermoelectric generators under isoflux conditions
C Maduabuchi, H Njoku, M Eke, C Mgbemene, R Lamba, JS Ibrahim
Journal of Power Sources 500, 229989, 2021
482021
Design, construction, and evaluation of a mixed mode solar kiln with black-painted pebble bed for timber seasoning in a tropical setting
SN Ugwu, BO Ugwuishiwu, OV Ekechukwu, H Njoku, AO Ani
Renewable and Sustainable Energy Reviews 41, 1404-1412, 2015
402015
Upper-limit solar photovoltaic power generation: Estimates for 2-axis tracking collectors in Nigeria
HO Njoku
Energy 95, 504-516, 2016
392016
Effects of leg geometry and multistaging of thermoelectric modules on the performance of a photovoltaic‐thermoelectric system using different photovoltaic cells
C Maduabuchi, R Lamba, H Njoku, M Eke, C Mgbemene
International Journal of Energy Research 45 (12), 17888-17902, 2021
352021
Potentials and financial viability of solar photovoltaic power generation in Nigeria for greenhouse gas emissions mitigation
HO Njoku, OM Omeke
Clean Technologies and Environmental Policy 22 (2), 481-492, 2020
262020
Investigation of parametric performance of the hybrid 3D CPC/TEM system due to thermoelectric irreversibilities
CA Mgbemene, HO Njoku, COA Agbo
Frontiers in Energy Research 6, 101, 2018
252018
The combined impacts of leg geometry configuration and multi-staging on the exergetic performance of thermoelectric modules in a solar thermoelectric generator
C Maduabuchi, S Singh, C Ozoegwu, H Njoku, M Eke
Journal of Energy Resources Technology 144 (4), 041303, 2022
242022
A numerical study to predict the energy and exergy performances of a salinity gradient solar pond with thermal extraction
HO Njoku, BE Agashi, SO Onyegegbu
Solar Energy 157, 744-761, 2017
232017
Solar photovoltaic potential in Nigeria
HO Njoku
Journal of energy engineering 140 (2), 04013020, 2014
222014
Combined pinch and exergy evaluation for fault analysis in a steam power plant heat exchanger network
HO Njoku, LC Egbuhuzor, MN Eke, SO Enibe, EA Akinlabi
Journal of Energy Resources Technology 141 (12), 122001, 2019
192019
Parametric optimization of exergy efficiency in solar thermoelectric generators
KA Ejenakevwe, CA Mgbemene, HO Njoku, OV Ekechukwu
Journal of Electronic Materials 49, 3063-3071, 2020
182020
Comparison of energy, exergy and entropy generation-based criteria for evaluating stratified thermal store performances
HO Njoku, OV Ekechukwu, SO Onyegegbu
Energy and Buildings 124, 141-152, 2016
162016
Benchmarking energy utilization in cement manufacturing processes in Nigeria and estimation of savings opportunities
HO Njoku, OR Bafuwa, CA Mgbemene, OV Ekechukwu
Clean Technologies and Environmental Policy 19, 1639-1653, 2017
142017
Thomson effect and nonlinear performance of thermoelectric generator
C Maduabuchi, R Lamba, C Ozoegwu, HO Njoku, M Eke, YG Gurevich, ...
Heat and Mass Transfer, 1-14, 2022
112022
Exergy analysis and optimisation of a two-stage solar thermoelectric generator with tapered legs
MN Eke, CC Maduabuchi, R Lamba, HO Njoku, X Ma, YG Gurevich, ...
International Journal of Exergy 38 (1), 110-136, 2022
112022
Comparative assessment of temperature based ANN and Angstrom type models for predicting global solar radiation
DI Egeonu, HO Njoku, PN Okolo, SO Enibe
Afro-European Conference for Industrial Advancement: Proceedings of the …, 2015
112015
Development of software codes and system architecture for optimum performance Trombe wall system in buildings using IoT devices
CK Oluah, ET Akinlabi, HO Njoku, TC Jen
Materials Today: Proceedings 44, 1185-1189, 2021
92021
Mathematical models of air vessels for pressure transient control in water pipelines-A review
PU Akpan, H Yeung, S Jones, H Njoku, CA Mgbemene
International Journal of Current Research 6 (2), 5267-5272, 2014
82014
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