Birch, Robert - University of Liverpool

研究领域

Crashworthines, impact, Acoustics (hearing protection - high amplitude impulse noise).

近期论文

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Single cycle to failure in axial compression of the 3.5mm VetLOX® polyaxial locking plate system in a fracture gap model Evaluation of earmuff attenuation by finite element method when subject to high-intensity impulsive noise High-Amplitude Impulse Noise: Measurement of Hearing Protector Attenuation Using a Shock Tube Low-velocity impact of pressurised pipelines High-amplitude impulse noise: Measurement of hearing protector attenuation using a shock tube Impact behaviour of pressurised pipelines. Low Velocity Perforation of Mild Steel Circular Plates with Projectiles having Different Shaped Impact Faces The shock tube technique for the measurement of hearing protector attenuation of high-amplitude noise pulses Low velocity perforation design of metal Modelling the dynamic failure of riveted joints in aerospace Crashworthiness - Vehicle Impact. Experimental observation of non-linear effects in the propagation of a Friedlander pulse in a finite-length closed tube Design Of A Split Hopkinson Pressure Bar Design of a pulse generator and shock tube for measuring hearing protector attenuation of high-amplitude impulsive noise Impact on Aircraft Pulse pressure loading of clamped mild steel plates Numerical and Experimental Study of Impulsive Sound Attenuation of an Earmuff 'Frequently Asked Questions: Recoil'. Methods for the Evaluation of Hearing Protectors for Impulsive Noise Numerical and experimental study of sound attenuation of an earmuff for impulse noise 'Estudo Comparativo entre os Métodos de Elementos Finitos (FEM) e de Contorno (BEM) da Perda de Inserção de Protetores Auditivos Tipo Tampão para Ruídos Impulsivos 'Finite Element Method (FEM) Model for the Hearing Protector Noise Attenuation for Impulsive Noise'. 'Static behaviour of transversely loaded CFRP laminate panels subject to in-plane tension' Dynamic failure of structural joint systems Modelagem Numérica e Medições Acústicas de Protetores Auditivos para Ruído Impulsivo