Chris Blenkinsopp
Chris Blenkinsopp
Department of Architecture and Civil Engineering, University of Bath
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Void fraction measurements in breaking waves
CE Blenkinsopp, JR Chaplin
Proceedings of the Royal Society A: Mathematical, Physical and Engineering …, 2007
Measurements of the time-varying free-surface profile across the swash zone obtained using an industrial LIDAR
CE Blenkinsopp, MA Mole, IL Turner, WL Peirson
Coastal Engineering 57 (11-12), 1059-1065, 2010
Net sediment transport and morphological change in the swash zone of a high-energy sandy beach from swash event to tidal cycle time scales
G Masselink, P Russell, I Turner, C Blenkinsopp
Marine Geology 267 (1-2), 18-35, 2009
Swash zone sediment transport, step dynamics and morphological response on a gravel beach
G Masselink, P Russell, C Blenkinsopp, I Turner
Marine Geology 274 (1-4), 50-68, 2010
Swash zone sediment fluxes: Field observations
CE Blenkinsopp, IL Turner, G Masselink, PE Russell
Coastal engineering 58 (1), 28-44, 2011
Application of LiDAR technology for measurement of time-varying free-surface profiles in a laboratory wave flume
CE Blenkinsopp, IL Turner, MJ Allis, WL Peirson, LE Garden
Coastal Engineering 68, 1-5, 2012
Void fraction measurements and scale effects in breaking waves in freshwater and seawater
CE Blenkinsopp, JR Chaplin
Coastal Engineering 58 (5), 417-428, 2011
Bubble size measurements in breaking waves using optical fiber phase detection probes
CE Blenkinsopp, JR Chaplin
IEEE Journal of Oceanic Engineering 35 (2), 388-401, 2010
High-resolution monitoring of wave transformation in the surf zone using a LiDAR scanner array
K Martins, CE Blenkinsopp, HE Power, B Bruder, JA Puleo, EWJ Bergsma
Coastal Engineering 128, 37-43, 2017
The effect of relative crest submergence on wave breaking over submerged slopes
CE Blenkinsopp, JR Chaplin
Coastal Engineering 55 (12), 967-974, 2008
Laboratory investigation of the Bruun Rule and beach response to sea level rise
AL Atkinson, TE Baldock, F Birrien, DP Callaghan, P Nielsen, T Beuzen, ...
Coastal Engineering 136, 183-202, 2018
Comprehensive field study of swash-zone processes. II: Sheet flow sediment concentrations during quasi-steady backwash
T Lanckriet, JA Puleo, G Masselink, IL Turner, D Conley, C Blenkinsopp, ...
Journal of Waterway, Port, Coastal, and Ocean Engineering 140 (1), 29-42, 2014
Monitoring deformations of infrastructure networks: A fully automated GIS integration and analysis of InSAR time-series
V Macchiarulo, P Milillo, C Blenkinsopp, G Giardina
Structural Health Monitoring 21 (4), 1849-1878, 2022
Observations of the swash zone on a gravel beach during a storm using a laser-scanner (Lidar)
LP Almeida, G Masselink, P Russell, M Davidson, T Poate, R McCall, ...
Journal of Coastal Research, 636-641, 2013
The influence of swash-based reflection on surf zone hydrodynamics: A wave-by-wave approach
K Martins, CE Blenkinsopp, R Almar, J Zang
Coastal Engineering 122, 27-43, 2017
Modes of berm and beachface recovery following storm reset: Observations using a continuously scanning lidar
MS Phillips, CE Blenkinsopp, KD Splinter, MD Harley, IL Turner
Journal of Geophysical Research: Earth Surface 124 (3), 720-736, 2019
Wave runup and overwash on a prototype-scale sand barrier
CE Blenkinsopp, A Matias, D Howe, B Castelle, V Marieu, IL Turner
Coastal Engineering 113, 88-103, 2016
Energy dissipation in the inner surf zone: New insights from Li DAR‐based roller geometry measurements
K Martins, CE Blenkinsopp, R Deigaard, HE Power
Journal of Geophysical Research: Oceans 123 (5), 3386-3407, 2018
Monitoring individual wave characteristics in the inner surf with a 2‐dimensional laser scanner (LiDAR)
K Martins, CE Blenkinsopp, J Zang
Journal of Sensors 2016 (1), 7965431, 2016
Bed level fluctuations in the inner surf and swash zone of a dissipative beach
JA Puleo, T Lanckriet, C Blenkinsopp
Marine geology 349, 99-112, 2014
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Artículos 1–20