An optimization study to investigate the feasibility of an optimal acoustic design process for sandwich panels is presented here. Using a pattern search procedure it is shown that the average transmission loss of a panel may be improved through optimization over a range of frequency, and that the optimization procedure results in a shift of the panel symmetric coincidence frequency beyond the range of interest
This thesis examines the sound transmission loss (STL) through composite sandwich panel systems comm...
This paper aims to optimize vibro-acoustic response of (non-) auxetic sandwich panels by use of topo...
This article addresses the issue of vibration and noise reduction in laminated sandwich plates using...
An optimization study to investigate the feasibility of an optimal acoustic design process for sandw...
In this paper the optimal acoustic design of sandwich panels is studied in a comprehensive way with ...
Considering the sound transmission loss (TL) of a sandwich panel as the single objective, different ...
Sandwich panels comprising face sheets enclosing a core are increasingly common structural elements ...
With the growing need to reduce green house gas emissions, increasing flight effciency has been a p...
Two types of sandwich panels are designed by using the periodic structure theory. A double-wall pane...
International audienceNowadays there is a trend for developing multifunctional structures involving ...
This paper presents a bi-objective optimization of double-walled panel for simultaneously minimizing...
Sandwich panels are widely used in engineering applications because of the extremely high stiffness-...
Lightweight roof elements are commonly used in buildings because of the ease and speed of installing...
The sound transmission loss characteristics of plywood based sandwich panels were investigated. Meas...
Sandwich and composite panels are widely adopted in acoustic applications due to their sound insulat...
This thesis examines the sound transmission loss (STL) through composite sandwich panel systems comm...
This paper aims to optimize vibro-acoustic response of (non-) auxetic sandwich panels by use of topo...
This article addresses the issue of vibration and noise reduction in laminated sandwich plates using...
An optimization study to investigate the feasibility of an optimal acoustic design process for sandw...
In this paper the optimal acoustic design of sandwich panels is studied in a comprehensive way with ...
Considering the sound transmission loss (TL) of a sandwich panel as the single objective, different ...
Sandwich panels comprising face sheets enclosing a core are increasingly common structural elements ...
With the growing need to reduce green house gas emissions, increasing flight effciency has been a p...
Two types of sandwich panels are designed by using the periodic structure theory. A double-wall pane...
International audienceNowadays there is a trend for developing multifunctional structures involving ...
This paper presents a bi-objective optimization of double-walled panel for simultaneously minimizing...
Sandwich panels are widely used in engineering applications because of the extremely high stiffness-...
Lightweight roof elements are commonly used in buildings because of the ease and speed of installing...
The sound transmission loss characteristics of plywood based sandwich panels were investigated. Meas...
Sandwich and composite panels are widely adopted in acoustic applications due to their sound insulat...
This thesis examines the sound transmission loss (STL) through composite sandwich panel systems comm...
This paper aims to optimize vibro-acoustic response of (non-) auxetic sandwich panels by use of topo...
This article addresses the issue of vibration and noise reduction in laminated sandwich plates using...
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