Yousuf Adeel,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
Performance and Energy Efficient Operation of Electro-Thermal Ice Mitigation System using Infrared Thermography
Results in Engineering (RINENG) 06. Mai 2026
DOI /
ARKIV
Hamza Asif,
Muhammad Shakeel Virk,
Jan-Arne Pettersen,
Pavlo Sokolov
:
Numerical Study of Atmospheric Ice Accretion & Mitigation on Gondola Tower Using Passive Structural Design Technique
Applied Sciences 03. Mai 2026
ARKIV
Omar Badran,
Zeeshan Azad,
Muhammad Shakeel Virk,
Ismail Masalha,
Nabeel Abu Shaban,
Kareem Akhtar
et al.:
Numerical study of the induced flow disturbances on the aerodynamic performance of NACA 65–421 airfoil
European journal of mechanics. B, Fluids 01. September 2026
DOI /
ARKIV
Yousuf Adeel,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
Analyzing gridded heater arrangement in anti-/de-icing systems through multiphysics thermal simulation
Multiscale and Multidisciplinary Modeling, Experiments and Design 12. Februar 2026
DOI /
ARKIV
PRAVIN PUNDE,
Yngve Birkelund,
Muhammad Shakeel Virk,
Xingbo Han,
Trude Eidhammer
:
Kilometer-scale simulation of atmospheric in-cloud ground icing over complex terrain in Norwegian Arctic
Cold Regions Science and Technology 01. Januar 2026
DOI /
ARKIV
Hamza Asif,
Muhammad Shakeel Virk,
Jan-Arne Pettersen,
Pourya Pourhejazy
:
A review of ice accretion, detection, and mitigation methods for the gondola infrastructure application
Cold Regions Science and Technology 25. Januar 2026
DOI /
ARKIV
Manaf Muhammed,
Anvesh Dhulipalla,
Harsha Sista,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk,
Hui Hu
:
An experimental investigation of transient ice accretion process on a high-lift airfoil model for UAV applications
Experimental Thermal and Fluid Science 15. Januar 2026
DOI /
ARKIV
Manaf Muhammed,
Derek Harvey,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk,
Gelareh Momen
:
Investigating the role of propeller geometry and surface characteristics in UAV ice accretion: An experimental study
Aerospace Science and Technology 19. Dezember 2025
DOI /
ARKIV
Omar Badran,
Ismail Masalha,
Ali Alahmer,
Zeeshan Azad,
Muhammad Shakeel Virk,
Saad Ragab
et al.:
Numerical Analysis of the effect of Upstream Obstacles on Aerodynamic Performance of NACA 65-421 Airfoil Using RNG k- Model
Jordan Journal of Mechanical and Industrial Engineering 2025
ARKIV
Manaf Muhammed,
Derek Harvey,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk,
Gelareh Momen
:
In-cloud ice accretion and performance degradation of UAV propellers in forward flight: An experimental study
Cold Regions Science and Technology 2025
DOI /
ARKIV
Samaneh Keshavarzi,
Gelareh Momen,
Derek Harvey,
Muhammad Shakeel Virk,
Reza Jafari
:
Role of intermediate wetting states in ice adhesion and debonding mechanisms: An experimental and numerical investigation
Colloids and Surfaces A: Physicochemical and Engineering Aspects 20. März 2025
DOI /
ARKIV
Xingbo Han,
Muhammad Shakeel Virk,
Pavlo Sokolov,
Omar Badran,
Jan-Arne Pettersen,
Anssi Mäkynen
et al.:
In-cloud Supercooled Droplets Distribution Effect on Ground Structural Icing
Journal of Applied Meteorology and Climatology 2025
DOI /
ARKIV
Omar Badran,
Ismail Masalha,
Ali Alahmer,
Zeeshan Azad,
Muhammad Shakeel Virk,
Saad Ragab
et al.:
Numerical Analysis of the effect of Upstream Obstacles on Aerodynamic Performance of NACA 65-421 Airfoil Using RNG k- ε Model
Jordan Journal of Mechanical and Industrial Engineering 2025
DOI /
ARKIV
Manaf Muhammed,
Muhammad Shakeel Virk
:
Ice accretion studies on low Reynolds number UAV airfoil RG-15 – numerical validation
International Journal of Micro Air Vehicles 2025
DOI /
ARKIV
Yafei Huang,
Yangning Chen,
Xin Yang,
Zhongyi Yang,
Zhan Ouyang,
Xingliang Jiang
et al.:
Study on icing characteristics of bundled conductor of transmission line based on shadowing effect analysis
Cold Regions Science and Technology 2025
DOI /
ARKIV
Arefeh Lotfi,
Muhammad Shakeel Virk
:
Ice mitigation in railway turnouts using a conductive heater: An experimental study
Transportation Research Interdisciplinary Perspectives (TRIP) 29. Mai 2025
DOI /
ARKIV
Pavlo Sokolov,
Muhammad Shakeel Virk,
Xingbo Han,
Bjørn Egil Nygaard,
Eero Molkoselkä,
Ville Kaikkonen
et al.:
Field measurements of icing parameters and their application towards ice load maps: An overview
Cold Regions Science and Technology 22. Mai 2025
DOI /
ARKIV
Manaf Muhammed,
Anvesh Dhulipalla,
Harsha Sista,
Kiran Digavalli,
Muhammad Shakeel Virk,
Hassan Abbas Khawaja
et al.:
Experimental study of superhydrophobic coating effects on dynamic ice accretion ice accretion process along S-1223 airfoil
Yousuf Adeel,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
Optimizing Gridded Heater Arrangements in Anti-/De-icing Systems through Multiphysics Thermal Simulation
Hassan Abbas Khawaja,
Samaneh Keshavarzi,
Yousuf Adeel,
Manaf Muhammed,
Muhammad Shakeel Virk,
Derek Harvey
et al.:
Investigating Ice Nucleation and Heat Transfer Dynamics in Supercooled Liquid Water Using Thermography
Yousuf Adeel,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
Development of Anti-/De-Icing System based on Active Thermography
Muhammad Shakeel Virk,
Pavlo Sokolov
:
Equations of motion for supercoolded water droplets in atmoshperic icing - an overview.
Muhammad Shakeel Virk,
Xingbo Han,
Jan-Arne Pettersen,
Øyvind Søraas,
Hamza Asif,
Marius Wang
et al.:
Meteorological Parameters Effect on Atmospheric Icing - A Field Experimentation Study
Muhammad Shakeel Virk,
Arefeh Lotfi,
Jan-Arne Pettersen,
Yousuf Adeel
:
An experimental investigation on the application of conductive heaters for anti-icing and de-icing on railway switches
Ying Deng,
Jiang Xingliang,
Hongxia Wang,
Yang Yang,
Muhammad Shakeel Virk,
Yi Liao
et al.:
Multimodal analysis of saddle micro-terrain prone to wind disasters on overhead transmission lines
Electric power systems research 2024
DOI /
ARKIV
Hassan Abbas Khawaja,
Samaneh Keshavarzi,
Yousuf Adeel,
Manaf Muhammed,
Muhammad Shakeel Virk,
Derek Harvey
et al.:
Exploring Heat Transfer in Freezing Supercooled Water Droplet through High-Speed Infrared Thermography
Cold Regions Science and Technology 07. November 2024
DOI /
ARKIV
Manaf Muhammed,
Muhammad Shakeel Virk
:
On the Fidelity of RANS-Based Turbulence Models in Modeling the Laminar Separation Bubble and Ice-Induced Separation Bubble at Low Reynolds Numbers on Unmanned Aerial Vehicle Airfoil
Arefeh Lotfi,
Yousuf Adeel,
Muhammad Shakeel Virk
:
Study of Heat Distribution in Railway Switch Using Resistive
Heater in Cold Climate Conditions
Jiayi Jin,
Muhammad Shakeel Virk
:
Multiphase modeling of atmospheric ice accretion on wind turbines
Xingbo Han,
Muhammad Shakeel Virk,
Hamza Asif,
Anssi Mäkynen,
Harri Juttula,
Eero Molkoselkä
et al.:
Atmospheric icing meteorological parameter study using field experiments and simulation
Meteorological Applications 2024
DOI /
ARKIV
Pravin Bhausaheb Punde,
Yngve Birkelund,
Muhammad Shakeel Virk,
Xingbo Han
:
In-Cloud Icing - A case study at Fagernesfjellet, Norway using Weather Research and Forecasting
model and observations
Manaf Muhammed,
Muhammad Shakeel Virk
:
Steady and Time Dependent Study of Laminar Separation Bubble (LSB) behavior along UAV Airfoil RG-15
Yousuf Adeel,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
A review of infrared thermography applications for ice detection and mitigation
Cold Regions Science and Technology 2023
DOI /
ARKIV
Pavlo Sokolov,
Muhammad Shakeel Virk
:
Study of Airflow Behavior for Duplex Circular Cylinders
The International Journal of Multiphysics 2023
DOI /
ARKIV
Arefeh Lotfi,
Muhammad Shakeel Virk,
Jan-Arne Pettersen
:
Atmospheric Ice Accretion on Railway Overhead Powerline Conductors- A Numerical Case Study
The International Journal of Multiphysics 2023
DOI /
ARKIV
Yousuf Adeel,
Hassan Khawaja,
Muhammad Shakeel Virk
:
Conceptual design of cost-effective ice detection system based on infrared thermography
Cold Regions Science and Technology 2023
DOI /
ARKIV
Manaf Muhammed,
Derek Harvey,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk,
Gelareh Momen
:
Corrigendum to “Investigating the role of propeller geometry and surface characteristics in UAV ice accretion: An experimental study” [AESCTE, Volume 170 (2026) 111548]
Aerospace Science and Technology 18. Februar 2026
DOI /
ARKIV
Mahaf Muhammed,
Muhammad Shakeel Virk
:
Study of In-Cloud Icing on Unmanned Aerial Vehicle (UAV)
UiT Norges arktiske universitet 10. Dezember 2025
ARKIV
Muhammad Shakeel Virk
:
In-cloud Icing Effects on Drone’s Design and Operations
Hassan Abbas Khawaja,
Lorenz Holzer,
Christian Zaubitzer,
Yousuf Adeel,
Muhammad Shakeel Virk,
Gernot Boiger
:
Multiscale Insights into Atmospheric Icing: Formation, Adhesion, and Detection
Manaf Muhammed,
Amrit Kumar,
Muhammad Shakeel Virk
:
Investigating ice accretion effects on UAVs: toward safer and more efficient transport operations
Manaf Muhammed,
Amrit kumar,
Muhammad Shakeel Virk
:
Investigating the ice accretion effects on UAV: Toward safer and more efficient transport operations
Muhammad Shakeel Virk
:
Atmospheric Icing on Structures- arcICE overview
PRAVIN PUNDE,
Yngve Birkelund,
Muhammad Shakeel Virk,
Pavlo Sokolov,
Trude Eidhammer,
Deepak Waman
:
Impact of droplet number concentration on WRF simulated in-cloud icing over a complex terrain site
Pravin Bhausaheb Punde,
Yngve Birkelund,
Muhammad Shakeel Virk,
Xingbo Han
:
Assessing the Performance of the Weather Research and Forecasting (WRF) Model in Simulating Atmospheric In-Cloud Icing Over Fagernesfjellet, Norway
Zidi Zhu,
Changzheng Chi,
Mingfeng Huang,
Muhammad Shakeel Virk,
Rong Bian,
Keji Chen
:
Icing Process Simulation on a Real Transmission Conductor Based on WRF
Pravin Bhausaheb Punde,
Yngve Birkelund,
Muhammad Shakeel Virk,
Xingbo Han
:
Assessing the Performance of the Weather Research and Forecasting (WRF) Model in Simulating Atmospheric In-Cloud Icing Over Fagernesfjellet, Norway
Manaf Muhammed,
Muhammad Shakeel Virk
:
Effect of Surface Roughness on Dynamics of Laminar Separation Bubble along UAV Wing RG15 Airfoil - Numerical Case Study
Manaf Muhammed,
Muhammad Shakeel Virk
:
On the Accuracy of RANS Turbulence Model in Predicting the Laminar Separation Bubble