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Samuel E Rigby
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Preliminary yield estimation of the 2020 Beirut explosion using video footage from social media
SE Rigby, TJ Lodge, S Alotaibi, AD Barr, SD Clarke, GS Langdon, A Tyas
Shock Waves 30 (6), 671-675, 2020
1442020
The negative phase of the blast load
SE Rigby, A Tyas, T Bennett, SD Clarke, SD Fay
International Journal of Protective Structures 5 (1), 1-19, 2014
1202014
Observations from preliminary experiments on spatial and temporal pressure measurements from near-field free air explosions
SE Rigby, A Tyas, SD Clarke, SD Fay, JJ Reay, JA Warren, M Gant, I Elgy
International Journal of Protective Structures 6 (2), 175-190, 2015
832015
A large scale experimental approach to the measurement of spatially and temporally localised loading from the detonation of shallow-buried explosives
SD Clarke, SD Fay, JA Warren, A Tyas, SE Rigby, I Elgy
Measurement Science and Technology 26 (1), 015001, 2014
802014
A numerical investigation of blast loading and clearing on small targets
SE Rigby, A Tyas, T Bennett, SD Fay, SD Clarke, JA Warren
International Journal of Protective Structures 5 (3), 253-274, 2014
752014
Predicting the response of plates subjected to near-field explosions using an energy equivalent impulse
SE Rigby, OI Akintaro, BJ Fuller, A Tyas, RJ Curry, GS Langdon, DJ Pope
International Journal of Impact Engineering 128, 24-36, 2019
742019
An investigation of TNT equivalence of hemispherical PE4 charges
SE RIGBY, PW Sielicki
Engineering Transactions 62 (4), 423–435, 2015
732015
Validation of semi-empirical blast pressure predictions for far field explosions-is there inherent variability in blast wave parameters?
SE Rigby, A Tyas, SD Fay, SD Clarke, JA Warren
Proceedings of the 6th International Conference on Protection of Structures …, 2014
712014
Experimental measurement of specific impulse distribution and transient deformation of plates subjected to near-field explosive blasts
SE Rigby, A Tyas, RJ Curry, GS Langdon
Experimental Mechanics 59, 163-178, 2019
672019
Measuring spatial pressure distribution from explosives buried in dry Leighton Buzzard sand
SE Rigby, SD Fay, SD Clarke, A Tyas, JJ Reay, JA Warren, M Gant, I Elgy
International Journal of Impact Engineering 96, 89-104, 2016
672016
Single-degree-of-freedom response of finite targets subjected to blast loading–the influence of clearing
SE Rigby, A Tyas, T Bennett
Engineering Structures 45, 396-404, 2012
642012
Elastic–plastic response of plates subjected to cleared blast loads
SE Rigby, A Tyas, T Bennett
International Journal of Impact Engineering 66, 37-47, 2014
592014
A review of Pochhammer–Chree dispersion in the Hopkinson bar
SE Rigby, AD Barr, M Clayton
Proceedings of the Institution of Civil Engineers-Engineering and …, 2018
552018
Reflected near-field blast pressure measurements using high speed video
SE Rigby, R Knighton, SD Clarke, A Tyas
Experimental Mechanics 60, 875-888, 2020
542020
TNT equivalence of C-4 and PE4: A review of traditional sources and recent data
D Bogosian, M Yokota, SE Rigby
Proceedings of the 24th military aspects of blast and shock, 2016
542016
Blast Wave Clearing Effects on Finite-Sized Targets Subjected to Explosive Loads
SE Rigby
University of Sheffield, 2014
532014
Angle of incidence effects on far-field positive and negative phase blast parameters
SE Rigby, SD Fay, A Tyas, JA Warren, SD Clarke
International Journal of Protective Structures 6 (1), 23-42, 2015
522015
Prediction of blast loading in an internal environment using artificial neural networks
AA Dennis, JJ Pannell, DJ Smyl, SE Rigby
International Journal of Protective Structures 12 (3), 287-314, 2021
432021
Experimental studies of the effect of rapid afterburn on shock development of near-field explosions
A Tyas, JJ Reay, SD Fay, SD Clarke, SE Rigby, JA Warren, DJ Pope
International Journal of Protective Structures 7 (3), 452-465, 2016
422016
Spherical equivalence of cylindrical explosives: Effect of charge shape on deflection of blast-loaded plates
SE Rigby, C Osborne, GS Langdon, SB Cooke, DJ Pope
International Journal of Impact Engineering 155, 103892, 2021
402021
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