Structural Health Monitoring - v. 11, n. 2 (juillet 2011)

Publié:	juillet 2011

Auteur(s)	Titre	Page(s)
Hu, Ning / Cai, Yindi / Zhu, Guangjun / Tsuji, Chihiro / Liu, Yaolu / Cao, YanPing	Characterization of damage size in metallic plates using Lamb waves	125-137
Esmaeel, Ramadan A. / Briand, Julie / Taheri, Farid	Computational simulation and experimental verification of a new vibration-based structural health monitoring approach using piezoelectric sensors	237-250
Olawale, David O. / Sullivan, Garrett / Dickens, Tarik / Tsalickis, Steven / Okoli, Okenwa I. / Sobanjo, John O. / Wang, Ben	Development of a triboluminescence-based sensor system for concrete structures	139-147
Glisic, Branko / Inaudi, Daniele	Development of method for in-service crack detection based on distributed fiber optic sensors	161-171
Flynn, Eric B. / Todd, Michael D. / Croxford, Anthony J. / Drinkwater, Bruce W. / Wilcox, Paul D.	Enhanced detection through low-order stochastic modeling for guided-wave structural health monitoring	149-160
Connolly, GD / Rokhlin, SI	Enhancement of fatigue crack monitoring by surface acoustic wave reflection and modulation in a space-cycle-load domain: an imaging approach	187-196
Hatchell, Brian K. / Mauss, Fredrick J. / Amaya, Ivan A. / Skorpik, James R. / Silvers, Kurt L. / Marotta, Stephen A.	Missile captive carry monitoring and helicopter identification using a capacitive microelectromechanical systems accelerometer	213-224
Klepka, A. / Staszewski, WJ / Jenal, RB / Szwedo, M. / Iwaniec, J. / Uhl, T.	Nonlinear acoustics for fatigue crack detection – experimental investigations of vibro-acoustic wave modulations	197-211
Cohen, Moshe L. / Kulkarni, Salil S. / Achenbach, Jan D.	Probabilistic approach to growth and detection of a truncated distribution of initial crack lengths based on Paris' law	225-236
Baptista, Fabricio G. / Filho, Jozue Vieira / Inman, Daniel J.	Real-time multi-sensors measurement system with temperature effects compensation for impedance-based structural health monitoring	173-186

Auteur(s)

Titre

Page(s)

Hu, Ning / Cai, Yindi / Zhu, Guangjun / Tsuji, Chihiro / Liu, Yaolu / Cao, YanPing

Characterization of damage size in metallic plates using Lamb waves

125-137

Esmaeel, Ramadan A. / Briand, Julie / Taheri, Farid

Computational simulation and experimental verification of a new vibration-based structural health monitoring approach using piezoelectric sensors

237-250

Olawale, David O. / Sullivan, Garrett / Dickens, Tarik / Tsalickis, Steven / Okoli, Okenwa I. / Sobanjo, John O. / Wang, Ben

Development of a triboluminescence-based sensor system for concrete structures

139-147

Glisic, Branko / Inaudi, Daniele

Development of method for in-service crack detection based on distributed fiber optic sensors

161-171

Flynn, Eric B. / Todd, Michael D. / Croxford, Anthony J. / Drinkwater, Bruce W. / Wilcox, Paul D.

Enhanced detection through low-order stochastic modeling for guided-wave structural health monitoring

149-160

Connolly, GD / Rokhlin, SI

Enhancement of fatigue crack monitoring by surface acoustic wave reflection and modulation in a space-cycle-load domain: an imaging approach

187-196

Hatchell, Brian K. / Mauss, Fredrick J. / Amaya, Ivan A. / Skorpik, James R. / Silvers, Kurt L. / Marotta, Stephen A.

Missile captive carry monitoring and helicopter identification using a capacitive microelectromechanical systems accelerometer

213-224

Klepka, A. / Staszewski, WJ / Jenal, RB / Szwedo, M. / Iwaniec, J. / Uhl, T.

Nonlinear acoustics for fatigue crack detection – experimental investigations of vibro-acoustic wave modulations

197-211

Cohen, Moshe L. / Kulkarni, Salil S. / Achenbach, Jan D.

Probabilistic approach to growth and detection of a truncated distribution of initial crack lengths based on Paris' law

225-236

Baptista, Fabricio G. / Filho, Jozue Vieira / Inman, Daniel J.

Real-time multi-sensors measurement system with temperature effects compensation for impedance-based structural health monitoring

173-186

Publicité

Structural Health Monitoring - v. 11, n. 2 (juillet 2011)

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Structural Health Monitoring - v. 11, n. 2 (juillet 2011)

Articles dans ce numéro

Vous avez dépassé votre limite de téléchargement mensuelle ! Les abonné·es à Structurae Plus peuvent télécharger 30 images ou ensembles de données par mois. Les utilisateurs·rices de Structurae Pro sont limités à 50.

Données obligatoires

Vous avez dépassé votre limite de téléchargement mensuelle !

Les abonné·es à Structurae Plus peuvent télécharger 30 images ou ensembles de données par mois.
Les utilisateurs·rices de Structurae Pro sont limités à 50.