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Matthew Coffie Wilson

Geological Engineering

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About

Name:            Matthew Coffie WILSONAddress:        Geological Engineering Department,      College of Engineering                        Kwame Nkrumah University of Science and Technology (KNUST)                       Private Mail Bag, University Post Office, Kumasi, GhanaDate of Birth:            15th May, 1969Place of Birth:          ObuasiHometown:               SaltpondStatus:                       Married with 3 childrenE-mail:                       regimatt2003@yahoo.co.uk; mcwilson.coe@knust.edu.ghCell Phones:              0200259747      (a) Academic Degrees earned with dates                                                          Professional Background

Research Summary

(inferred from publications by AI)

The researcher's work focuses on the study of rocks and minerals across diverse domains, employing methodologies such as petrography, geochemistry, hydrology, drilling, mining techniques, mineral processing, and geophysical studies. Their research encompasses topics like geological formations, hydrocarbon prospectivity, methane hydrates, groundwater flow, drilling techniques, mineralization processes, and hydrogeological assessments in various locations.

Research Themes

All Papers

A review on the provenance of the Voltaian Basin, Ghana: Implications for hydrocarbon prospectivity(2022)
STRUCTURES OF BIRIMIAN AND TARKWAIAN ROCKS AT NORTH-WEST NEW DROBO – IMPLICATION ON DEFORMATION(2022)
PETROGRAPHIC AND GEOCHEMICAL CONSTRAINTS ON TECTONIC SETTINGS OF THE BIRIMIAN SUPERGROUP VOLCANIC ROCKS, EVIDENCE FROM NEW DROBO ENVIRONS SOUTH OF JAMAN DISTRICT IN THE BONO REGION OF GHANA(2022)
The Importance of Integrating Geological Mapping Information with Validated Assay Data for Generating Accurate Geological Wireframes in Orebody Modelling of Mineral Deposit in Mineral Resource Estimation: A Case Study in AngloGold Ashanti, Obuasi Mine(2022)
EFFECT OF PEBBLE SIZE ON GOLD DISTRIBUTION IN THE BANKET SERIES OF THE STRATIGRAPHY IN TARKWAIAN SUPERGROUP(2022)
PETROGRAPHY AND THERMODYNAMIC REACTIONS OF SOME OF THE ROCKS IN THE BANKET SERIES OF THE TARKWAIAN SUPERGROUP(2023)
An Evaluation of Catchment Transit Time Model Parameters: A Comparative Study between Two Stable Isotopes of Water(2019)
PETRO-MECHANICAL STUDIES OF THE STRATIGRAPHIC UNITS OF THE TARKWAIAN SUPERGROUP IN TARKWA – IMPLICATIONS FOR THE STRUCTURAL AND MECHANICAL COMPETENCE OF ROCKS(2022)
PETROLOGICAL AND MECHANICAL PROPERTIES OF THE DAHOMEYAN GRANITIC ROCKS – A CASE STUDY AT GREEN VALLEY AND AKROFU(2022)
PETROGRAPHIC STUDIES AND PHYSICO-MECHANICAL PROPERTIES OF BIRIMIAN GRANITOIDS – A CASE STUDY OF OYOKO GRANITOIDS COMPLEX IN KOFORIDUA(2022)
Effects of Quantification of Complex Flow Patterns from Experiments of Rock Analogue and Rock Analogue Mixed with Chemical Impurities (Graphite)(2018)
Quantification and Comparison of Fractal Geometry of Complex Flow Patterns of Rock Analogue, Rock Analogue Mixed with Salt and Rock Analogue Which Flows around Marker Pens(2021)
COMPARATIVE STUDIES OF SOME OF THE ROCKS IN THE SEKONDIAN SERIES – IMPLICATIONS FOR PETRO-MECHANICAL STRENGTH OF THE ROCKS(2022)
Fossil evidence in the Bimbila Limestones of the Oti Group in the Voltaian Basin of Ghana(2024)
ALKALI-SILICA REACTIVITY OF SOME GRANITIC ROCKS IN KUMASI, GHANA: IMPLICATIONS FOR USE OF ROCK AGGREGATES FOR CONSTRUCTION(2022)
USING ALTERATION PATTERNS TO CHARACTERIZE GOLD MINERALIZATION AT MAGNETIC HINGE IN CHIRANO GOLD MINES LIMITED: APPLICATION OF ANALYTICAL SPECTRAL DEVICE(2023)
MULTI ELEMENT ANALYSIS FOR GOLD MINERALIZATION AT ABODUABO CHIRANO GOLD MINES LIMITED(2024)
SEDIMENTOLOGICAL ANALYSIS OF VOLTA BASIN ROCKS IN THE BUILSA SOUTH DISTRICT (UPPER EAST) AND MAMPRUGU-MOAGDURI DISTRICT (NORTH EAST) RESPECTIVELY IN GHANA(2024)

Collaboration Network

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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.