Raphael Crowley
University of North Florida
H-index: 10
North America-United States
Top articles of Raphael Crowley
Analysis of pervious oyster shell habitat (POSH) unit effectiveness using computational fluid dynamics (CFD) and field observations
Geotechnical Special Publication
2023/1/1
Effectiveness of Pervious Oyster Shell Habitat (POSH) units at reducing shoreline bed stress and erosion
2023
Kelly Smith
H-Index: 10
Raphael Crowley
H-Index: 8
Development of a New Empirical Model for Predicting Underwater Noise due to Pile Driving
2023
Raphael Crowley
H-Index: 8
Method of strengthening soil via chemical inducement
2022/3/15
Analysis of Anthropogenic Noise due to Pile Driving Using Computational Fluid Dynamics
2022
Raphael Crowley
H-Index: 8
Brandon Rivera
H-Index: 1
Surfactant-Induced Soil Strengthening (SISS)—A Potential New Method for Temporary Stabilization along Beaches and Coastal Waterways
2022
Development of FDOT SERF and RETA Design Equations for Coastal Scour When a Single Vertical Pile Is Subjected To Wave Attack
2021/8/1
Raphael Crowley
H-Index: 8
Evaluation of factors affecting erodibility improvement for MICP-treated beach sand
Journal of Geotechnical and Geoenvironmental Engineering
2021/3/1
Raphael Crowley
H-Index: 8
Brian Wingender
H-Index: 4
Northeast Florida—A New Hotspot for Hurricane Damage?
2021
Raphael Crowley
H-Index: 8
Nick Hudyma
H-Index: 6
An Examination of the Dependency between Maximum Equilibrium Local Scour Depth and the Grain Size/Structure Size Ratio
Water
2020/11/6
Raphael Crowley
H-Index: 8
Development of a one-way coupled diffraction/trapped air model for predicting wave loading on bridges under water wave attack
Journal of Fluids and Structures
2020/8/1
Christian Matemu
H-Index: 1
Raphael Crowley
H-Index: 8
Development of a Unique Instrumentation System to Monitor Underwater Noise Due to Pile Driving
2020/2/21
Raphael Crowley
H-Index: 8
Christian Matemu
H-Index: 1
Characterization of Bed Stresses near Quay Walls Due to Ship Thruster and Propeller Wash
2020/2/21
Raphael Crowley
H-Index: 8
Co-Authors
