K. R. Ajao · Peerford

PeerfordResearch intelligence

K. R. Ajao · Peerford

What they work on

From the classification of each paper

Subfields

Electrical and Electronic Engineering250%
Water Science and Technology250%
Automotive Engineering125%
Biomedical Engineering125%
Civil and Structural Engineering125%
Mechanical Engineering125%
Mechanics of Materials125%
Ocean Engineering125%

Physical Sciences

Topics most written on

Water-Energy-Food Nexus Studies2
Advanced Battery Technologies Research1
Advancements in Battery Materials1
Biofuel production and bioconversion1
Catalysis for Biomass Conversion1
Cavitation Phenomena in Pumps1
Extraction and Separation Processes1
Hydraulic flow and structures1
Thermochemical Biomass Conversion Processes1
Water resources management and optimization1
Wind Turbine Control Systems1

Who they write with

Their most frequent co-authors, and the papers those co-authors share

Where their co-authors are

25% of their papers have a co-author abroad

papers co-written1111111Home

Most frequent partner countries

Namibia1

Papers with at least one author in that country.

Institutions written with most

Kwara State UniversityNG2 papers
National Universities CommissionNG1 paper
Lagos State Health Service CommissionNG1 paper
Energy Commission of NigeriaNG1 paper
Federal University of TechnologyNG1 paper
University of NamibiaNA1 paper

Where they publish

Discover Chemistry.1
Journal of applied science and environmental management1
Transactions on Energy Systems and Engineering Applications1

How it can be read

75% free to read

Diamond 3 · 75%Free to read and to publish

Development goals addressed

From each paper’s title and abstract

7Affordable and clean energy2
12Responsible consumption and production1

Most cited

Feasibility of Large-Scale Combined-Cycle Hydroelectric Power Generation at Shiroro Hydroelectric Power Station, Nigeria
Journal of applied science and environmental management7
20221 citationOpen access · Diamond
Development of a Computational Interface for Hydropower Plants
7
20141 citation
Sustainability driven circular biochar-based electrodes synthesis for lithium-ion batteries