Staff Profile
Dr. Emmanuel Azuaba
Position: Senior Lecturer
Department: Mathematical Sciences
Email: emmanuel.azuaba@binghamuni.edu.ng
Biography
| SN | Name | Institution | Year Obtained |
|---|---|---|---|
| 1 | PhD | FUTMX | 2019 |
| 2 | MSc | UAM | 2014 |
| 3 | BSc. Ed | UAM | 2009 |
| 4 | MBA | BHU | In View |
| SN | Name | Type | Status |
|---|---|---|---|
| 1 | Modeling The Risk Assessment Of Covid-19 Pandemic In Bingham University Of Nigeria. | Journal Article | |
| 2 | Impact Of Hygiene On Malaria Transmission Dynamics: A Mathematical Model | Journal Article | |
| 3 | Mathematical Analysis Of The Endemic Equilibrium Of Malaria-Hygiene Model. | Journal Article | |
| 4 | Stability Analysis Of Endemic Equilibrium Points Of Malaria And Dengue Fever Co-Infection Model. | Journal Article | |
| 5 | Stability Analysis Of The Disease Free Equilibrium Of Malaria, Dengue And Typhoid Triple Infection Model. | Journal Article | |
| 6 | Co-Infection Model Formulation To Evaluate The Transmission Dynamics Of Malaria And Dengue Fever Virus. | Journal Article | |
| 7 | A Function Of Drug Therapy And Treatment In The Mathematical Model Of Malaria Disease Dynamics. | Journal Article | |
| 8 | Mathematical Approach For Modeling Malaria Disease In The Presence Of Drug Therapy And Treatment. | Journal Article | |
| 9 | Stability Analysis Of Disease Free Equilibrium (Dfe) State Of A Mathematical Model Of Malaria Disease In The Presence Of Drug Therapy And Treatment. | Journal Article | |
| 10 | Global Stability Of Endemic Equilibrium State Of A Mathematical Model For The Dynamics Of Monkey-Pox Transmission Disease | Journal Article | |
| 11 | Analytical Solution Of The Mathematical Model Of Ebola Disease Dynamics Incorporating Infection-Age Structure In The Quarantined Compartment With Treatment. | Journal Article | |
| 12 | A Mathematical Model Of The Transmission Dynamics And Control Of Trypanosomiasis. | Journal Article | |
| 13 | Linearization Of The Equation Of Motion Of A Free Particle In A Space Of Constant Curvature Through Differential Forms. | Journal Article | |
| 14 | Existence Of Equilibrium Points Of The Mathematical Model Of Ebola Disease Dynamics Incorporating Infection-Age Structure In The Quarantined Compartment With Treatment. | Journal Article | |
| 15 | Health Status Analysis Of The Erythrocyte Sedimentation Rate (Esr) Of Patients Using Logistic Regression Method. | Journal Article | |
| 16 | Application Of Matrices To The Theory Of Game. | Journal Article | |
| 17 | Modeling The Effect Of Carriers On Transmission Dynamics Of Hepatitis B Virus Infection. | Journal Article | |
| 18 | Existence Of Equilibrium Points For The Mathematical Model Of Malaria Disease In The Presence Of Drug Therapy And Treatment | Conference Paper | |
| 19 | Modeling Carriers Effect On The Transmission Dynamics Of Hepatitis B Infection And Optimal Control. | Conference Paper | |
| 20 | Solution Of Boundary Value Problems For Partial Differential Equations By Applying Laplace Transforms. | Conference Paper | |
| 21 | Age-Structured Love Mathematical Model Of A Successful Married Couple With The Support Of Parents In-Laws. | Conference Paper | |
| 22 | Existence And Uniqueness Of Solution Of The Mathematical Model Of Ebola Disease Dynamics Incorporating Infection-Age Structure In The Quarantined With Treatment. | Conference Paper | |
| 23 | An Infection-Age-Structured Mathematical Model Of Ebola Dynamics Incorporating The Splitting Quarantined Compartments. | Conference Paper | |
| 24 | Linearization Of The Equation Of Motion Of A Free Particle In A Space Of Constant Curvature Through Differential Forms. | Conference Paper | |
| 25 | Solution Of Substance Abuse And Domestic Violence Mathematical Model Using Homotopy Perturbation Method | Journal Article | |
| 26 | Calculus And Its Applications | Book | |
| 27 | Global Stability And Sensitivity Analysis Of Malaria, Dengue And Typhoid Triple Infection. | Journal Article | |
| 28 | A Mathematical Model Of An Electoral Process And Predicting Of Outcome | Journal Article | |
| 29 | Modeling The Impact Of Asymptotic Carriers And Optimal Control On The Transmission Dynamics Of Hepatitis B | Conference Paper | |
| 30 | Formulation And Analysis Of A Compartmental Mathematical Model In Politics | Conference Paper |
Research Interests
- Applied Mathematics
- Mathematical Biology
- Modeling of Epidemiological Infectious Diseases