Tyamo Okosun

Associate Professor of Mechanical Engineering by courtesy Research Associate Professor - Steel Manufacturing Simulation and Visualization Consortium

Purdue University Northwest

Affiliations

Department Of Mechanical And Civil Engineering

Center For Innovation Through Visualization And Simulation (Civs)

College of Engineering and Sciences

Center for Innovation Through Visualization and Simulation (CIVS)

Department Of Mechanical And Civil Engineering

Purdue University Northwest

Tyamo Okosun is currently serving as a Center For Innovation Through Visualization And Simulation (Civs) Associate Professor of Mechanical Engineering by courtesy Research Associate Professor - Steel Manufacturing Simulation and Visualization Consortium at Purdue University Northwest.

Honors

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Experiences

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Education

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Tyamo Okosun

Purdue University Northwest

Associate Professor of Mechanical Engineering by courtesy Research Associate Professor - Steel Manufacturing Simulation and Visualization Consortium

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engineering modeling and simulation numerical simulations mechanical engineering aerospace engineering combustion combustion science combustion engineering energy transformation heat transfer fluid dynamics blast furnace machine learning steel research computational fluid dynamics blast engineering combustion theory thermal engineering machine learning research combustion flame gas dynamics metallurgical process machine learning tools wind engineering wind energy technology materials science visualization environmental impact of the energy industry heat mass transfer computational intelligence turbomachinery offshore structures fluid flow heat transfer process heat transfer enhancement ai-based process optimization wind power generation gas turbine combustion in-cylinder flow energy conversion energy research coal geology coal science computational visualization computational models hydrogen combustion detonation phenomenon fuel science energy production coal-water slurry fuel clean coal technologies coal utilization thermal modeling heat treating metallurgical system process intensification flow synthesis synthetic image generation generative ai generative adversarial networks generative models computational modeling investigating impacts steel production fossil energy consumption oxygen enrichment combustion comprehensive numerical modeling blast furnaces pulverised coal injection conveyance methods tuyere-level syngas injection heat transfer phenomena flow mixing refining stage injection rate electric arc furnace engineering optimization structural optimization multidisciplinary optimization fusion engineering finite element method in structural mechanics computational science computer-aided design numerical analysis scientific computing civil engineering fluid mechanics systems modeling engine research computational engineering multiphase flows aeroacoustics propulsion hydraulic machinery manufacturing technology fluid science systems engineering engineering science industrial engineering computational mechanics manufacturing science numerical mathematics multiscale modeling design automation combustion institute manufacturing design numerical modeling (geology) environmental fluid mechanics internal combustion engine aerodynamics

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Computational Fluid Dynamics Investigation of Midshaft Reducing Gas Composition Impacts on Blast Furnace Performance. Advances in Materials Science and Engineering (2026)

A Preferences Corpus and Annotation Scheme for Human-Guided Alignment of Time-Series Gpts. Data (2025)

time-series gptscomputational linguisticstime seriesannotation schemecorpus linguisticspreferences corpusnatural language processingstatisticsdata sciencemachine translationcomputer sciencetemporal pattern recognition

Cfd Modelling of Refining Behaviour in Eaf: Influence of Burner Arrangement and Oxygen Flow Rates. Metals (2025)

environmental engineeringenergy transformationcombustiongas turbine combustionhydraulic machinerycfd modellingburner arrangementengine researchrefining behaviournumerical simulationspetroleum productioncombustion engineeringinternal combustion engineengineeringheat transfer

Decarbonization of Steel Industry. (2025)

industrial organizationindustrialisationeconomicsmanufacturing innovationssteel researchbusinessindustrial developmentsteel industrymanufacturing

Optimization of Scrap Melting Using an Electric Arc in Steel Manufacturing. (2025)

steel manufacturingindustrial engineeringmetalselectric arcmanufacturing technologymechanical engineeringmanufacturing engineeringadvanced manufacturingsteel researchscrap meltingadvanced manufacturing technologiesmetallurgical processmetal processingmetal formingmanufacturingmanufacturing scienceengineering

Prediction of Silicon Content in a Blast Furnace via Machine Learning: A Comprehensive Processing and Modeling Pipeline. Materials (2025)

ai-based process optimizationpredictive analyticsmachine learningmachine learning modelsmodeling pipelinesilicon contentmachine learning researchdata sciencecomputational intelligencemachine learning toolsneural network (machine learning)physic aware machine learningengineering

A Dataset of Cfd Simulated Industrial Furnace Images for Conditional Automatic Generation With Gans. The minerals, metals & materials series (2024)

systems engineeringneural network (machine learning)computer engineeringdeep learningsynthetic image generationgenerative aigenerative modelsimage analysisconditional automatic generationimage representationgenerative adversarial networksmachine learning

Board 377: Research Experiences for Teachers in Simulation and Visualization for Innovative Industrial Solutions: Year 2. (2024)

technologyvirtual prototypinginformation visualizationengineering educationeducationeducational innovationboard 377professional developmenteducational technologyresearch experiencesinnovative industrial solutions

Cfd Modeling of Hbi/Scrap Melting in Industrial Eaf and the Impact of Charge Layering on Melting Performance. Materials (2024)

Computational Fluid Dynamics Simulation of Industrial Electric Arc Furnace Operation: Validation and Performance of Melting Phenomena. steel research international (2024)