Martin Lints
Martin Lints
Researcher at Department of Cybernetics, Tallinn University of Technology
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Solitary waves for non-destructive testing applications: Delayed nonlinear time reversal signal processing optimization
M Lints, S Dos Santos, A Salupere
Wave Motion 71, 101-112, 2017
212017
Simulation of solitary wave propagation in carbon fibre reinforced polymer.
M Lints, A Salupere, S Dos Santos
Proceedings of the Estonian Academy of Sciences 64 (3), 2015
122015
On solitons in media modelled by the hierarchical KdV equation
A Salupere, M Lints, J Engelbrecht
Archive of Applied Mechanics 84 (9-11), 1583-1593, 2014
112014
Optimized excitation for nonlinear wave propagation in complex media: From biomedical acoustic imaging to nondestructive testing of cultural heritage
S Dos Santos, M Lints, N Poirot, A Salupere
The Journal of the Acoustical Society of America 138 (3), 1796-1796, 2015
102015
Simulation of detecting contact nonlinearity in carbon fibre polymer using ultrasonic nonlinear delayed time reversal
M Lints, A Salupere, S Dos Santos
Acta Acustica united with Acustica 103 (6), 978-986, 2017
52017
Acousto-mechanical instrumentation of multiscale hysteretic memristive properties of the skin with nonlinear time reversal imaging
S Dos Santos, M Lints, A Masood, A Salupere, JC Pittet, M Gratton, ...
2017 Cosmetic Measurements And Testing (COSMETIC), 1-4, 2017
42017
Standards for acousto-mechanical evaluation of multiscale hysteretic properties of complex material with nonlinear time reversal imaging
S Dos Santos, M Lints, D Arruga, A Masood, A Salupere
Proceedings of the 14th International Conference of the Slovenian Society …, 2017
42017
Simulation of defects in CFRP and delayed TR-NEWS analysis Research Report Mech 320/17
M Lints, A Salupere, S Dos Santos
Tallinn University of Technology, Department of Cybernetics, 2017
32017
Acousto-mechanical behaviour of ex-vivo skin: Nonlinear and viscoelastic properties
H Ghorbel-Feki, A Masood, M Caliez, M Gratton, JC Pittet, M Lints, ...
Comptes Rendus Mécanique 347 (3), 218-227, 2019
22019
Numerical simulation of ultrasonic time reversal on defects in carbon fibre reinforced polymer
M Lints, A Salupere, S Dos Santos
Wave Motion 94, 102526, 2020
12020
Optimised Signal Processing for Nonlinear Ultrasonic Nondestructive Testing of Complex Materials and Biological Tissues
M Lints
12017
Focusing aspects of delayed time reversal based nonlinear elastic wave spectroscopy methods
M Lints, S Dos Santos, A Salupere
2016 IEEE International Ultrasonics Symposium (IUS), 1-4, 2016
12016
Formation and detection of solitonic waves in dilatant granular materials: Potential application for nonlinear NDT
M LINTS, A SALUPERE, S DOS SANTOS
7th International Workshop NDT in Progress: NDT of Lightweight Materials, 2013
12013
Imageurs du non-linéaire: de l’imagerie ultrasonore médicale au contrôle non destructif industriel
S Dos Santos, Z Dvorakova, J Chaline, M Lints, D Remache
Rencontre du Non Linéaire, 43, 0
1
Emergence of Solitonic Structures in Hierarchical Korteweg–de Vries Systems
A Salupere, M Lints, L Ilison
Applied Wave Mathematics II, 89-124, 2019
2019
MULTISCALE MEMRISTIVE PROPERTIES OF SKIN INDUCED BY MEMORY EFFECTS OF CYCLIC STRESS-RELAXATION LOADINGS: DATA FUSION FROM GROUND TRUTH NONLIN-EAR ACOUSTO-MECHANICAL TESTING
S Dos Santos, A Masood, M Lints, A Salupere, C Kozena, V Kus, JC Pittet, ...
2018
Nonlinear Time Reversal for Non Destructive Testing of complex medium: a review based on multi-physics experiments and signal processing strategies
S dos Santos, M Lints, N Poirot, Z Farova, A Salupere, M Caliez, ...
2015
Limit of wavenumbers in Fourier Pseudospectral Method considering available numerical precision
M Lints
2015
Simulation of solitary wave propagation in carbon fibre reinforced polymer; pp. 297–303 Full article in PDF format| doi: 10.3176/proc. 2015.3. 14
M Lints, A Salupere, S Dos Santos
Simulation of solitary wave propagation in carbon fibre reinforced polymer; pp. 297–303 Full article in PDF format| doi: 10.3176/proc. 2015.3. 14
S Dos Santos, M Lints, A Salupere
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Artículos 1–20