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Saleh Jalbi
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A method to predict the cyclic loading profiles (one-way or two-way) for monopile supported offshore wind turbines
S Jalbi, L Arany, AR Salem, L Cui, S Bhattacharya
Marine Structures 63, 65-83, 2019
472019
Dynamic design considerations for offshore wind turbine jackets supported on multiple foundations
S Jalbi, G Nikitas, S Bhattacharya, N Alexander
Marine structures 67, 102631, 2019
362019
Physical modelling of offshore wind turbine foundations for TRL (technology readiness level) studies
S Bhattacharya, D Lombardi, S Amani, M Aleem, G Prakhya, S Adhikari, ...
Journal of Marine Science and Engineering 9 (6), 589, 2021
332021
Impedance functions for rigid skirted caissons supporting offshore wind turbines
S Jalbi, M Shadlou, S Bhattacharya
Ocean Engineering 150, 21-35, 2018
312018
Closed form solution for the first natural frequency of offshore wind turbine jackets supported on multiple foundations incorporating soil-structure interaction
S Jalbi, S Bhattacharya
Soil Dynamics and Earthquake Engineering 113, 593-693, 2018
282018
Concept design of jacket foundations for offshore wind turbines in 10 steps
S Jalbi, S Bhattacharya
Soil Dynamics and Earthquake Engineering 139, 106357, 2020
192020
Load utilisation (LU) ratio of monopiles supporting offshore wind turbines: Formulation and examples from European Wind Farms
M Aleem, S Bhattacharya, L Cui, S Amani, AR Salem, S Jalbi
Ocean Engineering 248, 110798, 2022
152022
Practical method to estimate foundation stiffness for design of offshore wind turbines
S Jalbi, M Shadlou, S Bhattacharya
Wind Energy Engineering, 213-229, 2023
142023
Minimum foundation size and spacing for jacket supported offshore wind turbines considering dynamic design criteria
S Jalbi, S Bhattacharya
Soil Dynamics and Earthquake Engineering 123, 193-204, 2019
132019
On the use of scaled model tests for analysis and design of offshore wind turbines
S Bhattacharya, G Nikitas, S Jalbi
Geotechnics for Natural and Engineered Sustainable Technologies: GeoNEst …, 2018
112018
Liquefaction effects on the fundamental frequency of monopile supported offshore wind turbines (OWTs)
HE Demirci, S Jalbi, S Bhattacharya
Bulletin of Earthquake Engineering 20 (7), 3359-3384, 2022
72022
A comparison between advanced and simplified methods to predict the natural frequency of offshore wind turbines incorporating soil-structure interaction
S Jalbi, S Bhattacharya
Coast. Struct 2019, 904-912, 2019
62019
Assessment of practical methods to predict accumulated rotations of monopile-supported offshore wind turbines in cohesionless ground profiles
S Jalbi, J Hilton, L Jacques
Energies 13 (15), 3915, 2020
52020
Simplified methodology for stiffness estimation of double d shaped caisson foundations
PK Dammala, S Jalbi, S Bhattacharya, MK Adapa
New Solutions for Challenges in Applications of New Materials and …, 2019
42019
Challenges in the design and construction of offshore wind turbine foundations including sites in seismic areas
S Bhattacharya, G Nikitas, M Aleem, L Cui, Y Wang, S Jalbi, J Hilton
Advances in Offshore Geotechnics: Proceedings of ISOG2019, 121-160, 2020
22020
Vertical Stiffness Functions of Rigid Skirted Caissons Supporting Offshore Wind Turbines
AR Salem, S Jalbi, S Bhattacharya
Journal of Marine Science and Engineering 9 (6), 573, 2021
12021
Simplified Design of Offshore Wind Turbine Jackets Supported on Multiple Foundations Incorporating Soil-Structure Interaction
S Jalbi
University of Surrey, 2020
12020
Impedance Functions for Double-D-Shaped Caisson Foundations
PK Dammala, S Jalbi, A Murali Krishna, S Bhattacharya, DA Bouzid
Journal of Testing and Evaluation 47 (3), 1900-1919, 2019
12019
Identification of soil damping for stiff piles based on experiments: Methodology and results
S Jindal, U Rahmanli, M Aleem, L Cui, S Jalbi, S Bhattacharya
Ocean Engineering 301, 117124, 2024
2024
Check for updates Frequency Analysis of Monopiles with Masing-Type Hysteresis Damping Under Large-Strain Cyclic Loading
J Tott-Buswell¹, J Hilton, S Berberic, S Jalbi
Experimental Vibration Analysis for Civil Engineering Structures: EVACES …, 2023
2023
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