Dr. Badee Abdulqawi Hamood Al-Shameri
is working as
Associate Professor
in the
NUST Institute of Civil Engineering
. Dr. Badee Abdulqawi Hamood Al-Shameri
has a PhD in
Geotechnical Engineering
. Dr. Badee Abdulqawi Hamood Al-Shameri
has published
45
research articles & conference papers having a citation count of
414
, carried out
37
projects and filed
1
intellectual property.
Research Tags
Application of the geotechnical and seismic methods on the physical model.
Bender Element
Geophysical application on Geotechnical and Civil Engineering
Geotechnical Engineering
Geotechnical Sustainability
Slope Stability
Soil and rock field investigations
Soil Improvement
Funding Agency: Islamabad Electric Supply Company (IESCO), Pakistan
Geotechnical Consultancy Project for “Geotechnical Investigation for Construction of BOQs (Male) (Adjacent to Under Construction Male BOQ building)”2023
Geotechnical investigation for determination of Bearing capacity of soil bridges at service road (north) sector h-10 and service road (south), Sector h-10, islamabad2022
Geotechnical Consultancy Project for “Soil Investigation of Construction of Access Road from Kuri Road Leading to the Plots Allotted to Special Technology Zone (STZ) Chak Shahzad, Islamabad2021
Tariq Ahmed Awan
(National University of Technology)
Journal: PLoS ONE, Volume 17(10), Article Number e0275524
Impact Factor: 3.752Citations: 20Quartile: 2
Predictive Modeling of Atterberg's Limits of Soil passing through Sieve #40 and #200 using Artificial Neural Networks and Multivariate Regression: Advancing Sustainable Construction Practices 2024
Journal: Arabian Journal of Geosciences, Volume 18, Article Number 115
Impact Factor: N/ACitations: 0Quartile: N/A
A novel numerical approach for the assessment of the seepage failure, predictive modelling of seepage through non-homogenous earth-fill dams resting on pervious foundations using artificial neural networks2025
Majid Ali
(Capital University of Science and Technology)
Journal: Environment, Development and Sustainability,
Impact Factor: 4.9Citations: 1Quartile: 2
An innovative application of fine marble dust for the construction industry to mitigate the piping, internal erosion and dispersion problems of sodium-rich clays2023
Journal: International Journal of Geosynthetics and Ground Engineering, Volume 8, Article Number: 60
Impact Factor: N/ACitations: 6Quartile: N/A
A novel technique for the construction industry to mitigate dispersibility and internal erosion problems of Sodium rich clays by using Water-Soluble Potassium Rich Ions Material2023
Arfan Shahzad
(National University of Computer and Emerging Sciences)
Journal: Construction and Building Materials, Volume 400, Article Number 132780
Impact Factor: 7.4Citations: 16Quartile: 1
Incorporating potassium-rich waste material in a sustainable way to stabilize dispersive clay: A novel practical approach for the construction industry2023
Journal: Environment, Development and Sustainability, Volume 23, Pages 4521-4558
Impact Factor: 4.080Citations: 21Quartile: 2
Geospatial Intelligence in Geotechnical Engineering: A Comprehensive Investigation into SPT-N, Soil Types, and Undrained Shear Strength for Enhanced Site Characterization2024
