Add to ORKGInternational audienceThe paper presents the simulation of wave propagation through honeycomb shells. These structures are ubiquitous in the aerospace launcher industry but their dynamic behaviour in the high frequency range involved during stage separation is not well known. Several refined models are discussed and evaluated with respect to experimental results, wave time arrival, dispersion and mode conversion predictions
Novel tetrachiral honeycomb structures are evaluated for the first time from the vibroacoustic point...
AbstractA fast and efficient two-dimensional (2D) semi-analytical model based on global matrix metho...
Spectral elements are found to be extremely resourceful to study the wave propagation characteristic...
International audienceThe paper presents the simulation of wave propagation through honeycomb shells...
International audienceThis paper gives theoretical and numerical analyses of elastic wave propagatio...
This paper gives theoretical and numerical analyses of elastic wave propagation phenomena in sandwic...
International audienceThis paper gives theoretical and numerical analyses of elastic wave propagatio...
This paper gives theoretical and numerical analyses of elastic wave propagation phenomena in sandwic...
The report focuses on the modelling and simulation of disbond defects within a multi-layered composi...
Proceedings of the SEM Annual Conference and Exposition on Experimental and Applied Mechanics 200731...
The paper aims to introduce the guided lamb wave propagation (GW) in a honeycomb sandwich panels to ...
International audienceThis paper deals with the elastic shock waves propagation in large honeycomb s...
International audienceElastic wave propagation in honeycomb thin layers and sandwiches is investigat...
A fast and efficient two-dimensional (2D) semi-analytical model based on global matrix method is dev...
Abstract: Dynamic behaviour of honeycomb-core composite structures forms the framework of this artic...
Novel tetrachiral honeycomb structures are evaluated for the first time from the vibroacoustic point...
AbstractA fast and efficient two-dimensional (2D) semi-analytical model based on global matrix metho...
Spectral elements are found to be extremely resourceful to study the wave propagation characteristic...
International audienceThe paper presents the simulation of wave propagation through honeycomb shells...
International audienceThis paper gives theoretical and numerical analyses of elastic wave propagatio...
This paper gives theoretical and numerical analyses of elastic wave propagation phenomena in sandwic...
International audienceThis paper gives theoretical and numerical analyses of elastic wave propagatio...
This paper gives theoretical and numerical analyses of elastic wave propagation phenomena in sandwic...
The report focuses on the modelling and simulation of disbond defects within a multi-layered composi...
Proceedings of the SEM Annual Conference and Exposition on Experimental and Applied Mechanics 200731...
The paper aims to introduce the guided lamb wave propagation (GW) in a honeycomb sandwich panels to ...
International audienceThis paper deals with the elastic shock waves propagation in large honeycomb s...
International audienceElastic wave propagation in honeycomb thin layers and sandwiches is investigat...
A fast and efficient two-dimensional (2D) semi-analytical model based on global matrix method is dev...
Abstract: Dynamic behaviour of honeycomb-core composite structures forms the framework of this artic...
Novel tetrachiral honeycomb structures are evaluated for the first time from the vibroacoustic point...
AbstractA fast and efficient two-dimensional (2D) semi-analytical model based on global matrix metho...
Spectral elements are found to be extremely resourceful to study the wave propagation characteristic...