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Henry Amankwah

Chemistry

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Research Summary

(inferred from publications by AI)

The researcher integrates advanced mathematical techniques into modeling and analyzing complex systems across various domains. Their work encompasses mining optimization, epidemiological control strategies, diffusion dynamics, thermodynamic equilibrium modeling, and hydraulic flow analysis, utilizing methods like differential equations, numerical optimization, and stability analysis to develop integrated frameworks that enhance predictive accuracy and decision-making in physical, health, social, and energy systems.

Research Themes

All Papers

Mathematical Optimization Models and Methods for Open-Pit Mining(2011)
Open-Pit Mining with Uncertainty: A Conditional Value-at-Risk Approach(2012)
A maximum flow formulation of a multi-period open-pit mining problem(2014)
A DUALITY-BASED DERIVATION OF THE MAXIMUM FLOW FORMULATION OF THE OPEN-PIT DESIGN PROBLEM(2014)
A Multi-Parametric Maximum Flow Characterization of the Open-Pit Scheduling Problem(2011)
On the use of Parametric Open-Pit Design Models for Mine Scheduling - Pitfalls and Counterexamples(2011)
Open-Pit Production Scheduling - Suggestions for Lagrangian Dual Heuristic and Time Aggregation Approaches(2011)
Optimal Control of a Malaria Transmission Model with Saturated Incidence(2024)
Stability Analysis of a Credit Risk Contagion Model with Distributed Delay(2024)
Dynamics of Equilibrium Prices With Differential and Delay Differential Equations Using Characteristic Equation Techniques(2019)
Modeling of the construction of sewer systems(2009)
Smoothing Approximations for Least Squares Minimization with L1-Norm Regularization Functional(2021)
The differential and delay differential approach in the analysis of stable state equilibrium prices using characteristic equation techniques(2018)

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About This Profile

This profile is generated from publicly available publication metadata and is intended for research discovery purposes. Themes, summaries, and trajectories are inferred computationally and may not capture the full scope of the lecturer's work. For authoritative information, please refer to the official KNUST profile.