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David H Hawes
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A derivation of the Transient Statistical Energy Analysis (TSEA) equations with benchmark applications to plate systems
RS Langley, DH Hawes, T Butlin, Y Ishii
Journal of Sound and Vibration 445, 88-102, 2019
222019
Numerical methods for calculating the response of a deterministic and stochastically excited Duffing oscillator
DH Hawes, RS Langley
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of …, 2016
102016
A hybrid Finite Element-Statistical Energy Analysis method for impulsive and transient loading
DH Hawes, RS Langley, T Butlin, Y Ishii
Journal of Sound and Vibration 459, 114849, 2019
82019
Limits on the power available to harvest from broadband random excitation
DH Hawes, RS Langley
Journal of Sound and Vibration 399, 244-256, 2017
82017
Nonlinear stochastic vibration analysis for energy harvesting and other applications
D Hawes
Department of Engineering, University of Cambridge, 2017
82017
Response variance prediction using transient statistical energy analysis
RS Langley, DH Hawes, T Butlin, Y Ishii
The Journal of the Acoustical Society of America 145 (2), 1088-1099, 2019
72019
Analysis of the power flow in nonlinear oscillators driven by random excitation using the first Wiener kernel
DH Hawes, RS Langley
Journal of Sound and Vibration 412, 256-269, 2018
72018
Transient SEA: Mean and Variance Predictions
R Langley, D Hawes, T Butlin, Y Ishii
INTER-NOISE and NOISE-CON Congress and Conference Proceedings 257 (1), 354-365, 2018
12018
Using measured data to enhance and extend vibro-acoustic performance predictions
A Clot, RS Langley, J Meggitt, D Hawes, AS Elliott, A Moorhouse
The Journal of the Acoustical Society of America 145 (3_Supplement), 1792-1792, 2019
2019
A transient hybrid FE-SEA method
D Hawes, R Langley, Y Ishii
INTER-NOISE and NOISE-CON Congress and Conference Proceedings 258 (4), 3108-3117, 2018
2018
Dataset for Analysis of Power Flow Paper
DH Hawes
2017
Data for Limits on Power Paper
DH Hawes, RS Langley
2017
Response of a Deterministic and Stochastically Excited Nonlinear Oscillator
D Hawes, R Langley
INTER-NOISE and NOISE-CON Congress and Conference Proceedings 251 (1), 316-325, 2015
2015
A GENERAL METHOD FOR CALCULATING THE POWER DISSIPATED BY NONLINEAR OSCILLATORS DRIVEN BY RANDOM EXCITATION
DH Hawes, RS Langley
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Articles 1–14