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B. D. Lambourn

Observed names: B D Lambourn, B. Lambourn, Brian D Lambourn, Brian D. Lambourn, Brian Lambourn
Observed institution: AWE Nuclear Security Technologies
OpenAlex ID: A5035791185
Understanding the shock and detonation response of high explosives at the continuum and meso scales
2018 · C. A. Handley, B. D. Lambourn, et al. · Applied Physics Reviews · 244
On the systematics of particle velocity histories in the shock-to-detonation transition regime
2006 · H. R. James, B. D. Lambourn · Journal of Applied Physics · 41
The CREST reactive-burn model for explosives
2010 · C. Handley, N. Whitworth, et al. · EPJ Web of Conferences · 16
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Predicting the Effect of Porosity on the Shock Sensitivity of Explosives
2009 · C. A. Handley, B. D. Lambourn, et al. · AIP conference proceedings · 14
An Improved EOS for Non-Reacted Explosives
2006 · B. D. Lambourn · AIP conference proceedings · 12
A single-phase analytic equation of state for solid polyurea and polyurea aerogels
2018 · Nicholas Whitworth, Brian Lambourn · AIP conference proceedings · 10
The computation of general problems in one dimensional unsteady flow by the method of characteristics
2008 · N. E. Hoskin, B. D. Lambourn · Springer eBooks · 10
A two-temperature model for shocked porous explosive
2017 · Brian Lambourn, Caroline Handley · AIP conference proceedings · 9
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On the Relationship Between the Non-reacted and Detonation Products Equations of State for an Explosive
2009 · B. D. Lambourn, N. J. Whitworth, et al. · AIP conference proceedings · 9
The relation between reaction rate and shock strength-A possible second order improvement to the crest reactive burn model
2012 · Brian D Lambourn, Hugh R James · AIP conference proceedings · 8
A Finite Strain, Non-reacted Eos for Pbx9502
2007 · B. D. Lambourn, N. J. Whitworth, et al. · AIP conference proceedings · 8
An Interpretation of Particle Velocity Histories during Growth to Detonation
2004 · B. D. Lambourn · AIP conference proceedings · 6
A Continuum-Based Reaction Growth Model for the Shock Initiation of Explosives
2001 · H. R. James, B. D. Lambourn · Propellants Explosives Pyrotechnics · 6
Reactive Burn Modelling at Different Initial Temperatures Using Crest
2009 · N. J. Whitworth, B. D. Lambourn, et al. · AIP conference proceedings · 4
A simple model for the pressure field from a distribution of hotspots
2014 · B D Lambourn, H J Lacy, et al. · Journal of Physics Conference Series · 2
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A generalised Gruneisen equation of state for non-reacted explosives
2020 · Brian Lambourn, William Belfield · AIP conference proceedings · 1
A New D(k) Relationship for Edc37
2009 · A. N. Hodgson, B. D. Lambourn, et al. · AIP conference proceedings · 1
Assessment of the Constant Shock-Velocity Assumption Used in the Analysis of One-Dimensional Overdriven Detonation Plate Impact Experiments
2023 · T. W. Scott, N. J. Whitworth, et al. · Royal Society of Chemistry eBooks
A Two-Phase Model for Shocked Porous Explosive
2015 · B. D. Lambourn, Caroline Handley · Bulletin of the American Physical Society
A Simple Model for the Pressure field from a Distribution of Hotspots
2013 · B. D. Lambourn, Heather Lacy, et al. · Bulletin of the American Physical Society
The relation between reaction rate and shock strength
2011 · B. D. Lambourn · APS
A Finite Srain, Non-Reactive EOS for PBX9502
2007 · B. D. Lambourn, N. J. Whitworth, et al. · Bulletin of the American Physical Society
A Complete EOS for Non-Reacted Explosives
2005 · B. D. Lambourn · Bulletin of the American Physical Society
Dammed explosive products
1973 · W.C. Davis, Douglas Venable, et al. · Combustion and Flame
Works count: 24
Citation count: 401
H-index: 9
I10-index: 7
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