Hassan Abbas Khawaja,
Samaneh Keshavarzi,
Yousuf Adeel,
Manaf Muhammed,
Muhammad Shakeel Virk,
Derek Harvey
m.fl.:
Exploring Heat Transfer in Freezing Supercooled Water Droplet through High-Speed Infrared Thermography
Cold Regions Science and Technology 2025
ARKIV /
DOI
Yousuf Adeel,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
Development of Anti-/De-Icing System based on Active Thermography
Yousuf Adeel,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
Optimizing Gridded Heater Arrangements in Anti-/De-icing Systems through Multiphysics Thermal Simulation
Manaf Muhammed,
Anvesh Dhulipalla,
Harsha Sista,
Kiran Digavalli,
Muhammad Shakeel Virk,
Hassan Abbas Khawaja
m.fl.:
Experimental study of superhydrophobic coating effects on dynamic ice accretion ice accretion process along S-1223 airfoil
Hassan Abbas Khawaja,
Samaneh Keshavarzi,
Yousuf Adeel,
Manaf Muhammed,
Muhammad Shakeel Virk,
Derek Harvey
m.fl.:
Investigating Ice Nucleation and Heat Transfer Dynamics in Supercooled Liquid Water Using Thermography
Muhammad Shakeel Virk,
Xingbo Han,
Jan-Arne Pettersen,
Øyvind Søraas,
Hamza Asif,
Marius Wang
m.fl.:
Meteorological Parameters Effect on Atmospheric Icing - A Field Experimentation Study
2024
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
Muhammad Shakeel Virk,
Pavlo Sokolov
:
Equations of motion for supercoolded water droplets in atmoshperic icing - an overview.
2024
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
2024
Xingbo Han,
Muhammad Shakeel Virk,
Hamza Asif,
Anssi Mäkynen,
Harri Juttula,
Eero Molkoselkä
m.fl.:
Atmospheric icing meteorological parameter study using field experiments and simulation
Meteorological Applications 2024
ARKIV /
DOI
Arefeh Lotfi,
Yousuf Adeel,
Muhammad Shakeel Virk
:
Study of Heat Distribution in Railway Switch Using Resistive
Heater in Cold Climate Conditions
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
Ying Deng,
Jiang Xingliang,
Hongxia Wang,
Yang Yang,
Muhammad Shakeel Virk,
Yi Liao
m.fl.:
Multimodal analysis of saddle micro-terrain prone to wind disasters on overhead transmission lines
Electric power systems research 2024
ARKIV /
DOI
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
ARKIV /
DOI
Manaf Muhammed,
Muhammad Shakeel Virk
:
Ice Accretion on Rotary-Wing Unmanned Aerial Vehicles—A Review Study
Manaf Muhammed,
Muhammad Shakeel Virk
:
Steady and Time Dependent Study of Laminar Separation Bubble (LSB) behavior along UAV Airfoil RG-15
Arefeh Lotfi,
Muhammad Shakeel Virk
:
Railway operations in icing conditions: a review of issues and mitigation methods
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
ARKIV /
DOI
Pavlo Sokolov,
Muhammad Shakeel Virk
:
Study of Airflow Behavior for Duplex Circular Cylinders
The International Journal of Multiphysics 2023
ARKIV /
DOI
Wen-juan Lou,
Yue-Long Zhang,
Yi Gu,
Gang Luo,
Hang Bai,
Ming-Feng Huang
m.fl.:
An improved rigid rod method for wind-induced swing response prediction of heavily iced transmission lines
Journal of Wind Engineering and Industrial Aerodynamics 2023
DOI
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
ARKIV /
DOI
Manaf Muhammed,
Muhammad Shakeel Virk
:
Ice Accretion on Fixed-Wing Unmanned Aerial Vehicle—A Review Study
Aleksei Kangash,
Muhammad Shakeel Virk,
Pavel Maryandyshev,
Alain Brillard
:
Simulating wind characteristics through direct optimization procedures: illustration with three Russian sites
International Journal of Energy and Environmental Engineering 2022
ARKIV /
DOI
Pavlo Sokolov,
Muhammad Shakeel Virk
:
Study of Dry Ice Growth on Duplex Cylinders
Multiphase Science and Technology 2022
ARKIV /
DOI
Aleksei Kangash,
Muhammad Shakeel Virk,
Pavel Maryandyshev
:
Numerical study of icing impact on the performance of pitch-regulated large wind turbine
Wind Engineering : The International Journal of Wind Power 17. desember 2022
ARKIV /
DOI
Muhammad Shakeel Virk,
Jiayi Jin
:
Multiphase modeling of atmospheric ice accretion on wind turbines
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
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
EGU General Assembly 2024
DOI
Muhammad Shakeel Virk,
Yngve Birkelund,
Jinmei Lu,
Hassan Abbas Khawaja,
Javad Barabady
:
Exploring Knowledge Gaps on Atmospheric ice Accretion
22. mars 2024
Zidi Zhu,
Changzheng Chi,
Mingfeng Huang,
Muhammad Shakeel Virk,
Rong Bian,
Keji Chen
:
Icing Process Simulation on a Real Transmission Conductor Based on WRF
2024
Adeel Yousuf,
Hassan Abbas Khawaja,
Muhammad Shakeel Virk
:
Ice Detection System Prototype and Lab Results
2023
Hassan Abbas Khawaja,
Samaneh Keshavarzi,
Manaf Muhammed,
Adeel Yousuf,
Muhammad Shakeel Virk,
Derek Harvey
m.fl.:
Investigating Ice Nucleation and Heat Transfer Dynamics in Supercooled Liquid Water Using Thermography
Jibola Obafemi Owolabi,
Sushmit Dhar,
Manaf Muhammed,
Hassan Abbas Khawaja,
Amar Aganovic,
Muhammad Shakeel Virk
:
Investigating RANS Turbulence Models for Predicting Airflow Dispersion in Enclosed Environments: Numerical Simulation and Experimental Validation
Muhammad Shakeel Virk,
Manaf Muhammed
:
In-Cloud Icing Effects on Aircraft/UAV Aerodynamics and Flight
Operations
2023
Wakana Igarashi,
Reina Muto,
Daiki Kurihara,
Masafumi Yamazaki,
Ken Ichi Iwai,
Hirotaka Sakaue
m.fl.:
Improvement of ILM calculation by Pre Processing of the Acquired Data
2022
Reina Muto,
Wakana Igarashi,
Daiki Kurihara,
Masafumi Yamazaki,
Ken Ichi Iwai,
Muhammad Shakeel Virk
m.fl.:
A note on ice detection of wind turbine blades by a rotating cylinder type ice sensor
2022
Yousuf Adeel,
Hassan Khawaja,
Muhammad Shakeel Virk
:
Conceptual Design of Ice Detection/Mitigation System Based on Infrared Thermography
Arefeh Lotfi,
Muhammad Shakeel Virk,
Jan-Arne Pettersen
:
Multiphase Numerical Study of Atmospheric Ice Accretion on Railway Overhead Powerline Conductors
2022
Manaf Muhammed,
Muhammad Shakeel Virk
:
Time dependent study of Laminar Separation Bubble (LSB) behavior along UAV airfoil RG-15
2022
Muhammad Shakeel Virk,
Ran Li
:
Torsional stiffness of iced power transmission lines.
2022
hu Qin,
Muhammad Shakeel Virk
:
Review of anti/de-icing techniques for wind turbine blades.
2022
Muhammad Shakeel Virk
:
Atmospheric icing on structures, UiT research perspective.
2022
Muhammad Shakeel Virk,
Guolin Yang
:
Study of Intelligent monitoring methods of icing environment parameteres.
2022
Muhammad Shakeel Virk,
Zhang Yue-Long
:
Wind induced swing of iced power transmission lines.
2022
Muhammad Shakeel Virk,
Ying Deng
:
Micro terrain effects on icing of structures.
2022
Muhammad Shakeel Virk,
Samaneh Keshavarzi
:
Droplet impact dynamics on hydrophobic surfaces.
2022
hu hui,
Muhammad Shakeel Virk
:
Aircraft/ Aero-engine Icing Physics and Innovative Strategies for Inflight Icing Mitigation
2022
Haiyang Hu,
Muhammad Shakeel Virk,
hu hui
:
Dynamic ice accretion process over the surface of a turbine blade pertinent to offshore turbine icing phenomena.
2022
Aleksei Kangash,
E V Pankratov,
I A Kosarev,
Pavel Maryandyshev,
Muhammad Shakeel Virk
:
Investigation of ice accretion effect on the aerodynamic
characteristics of a wind turbine blade tip after a short icing event