International audienceThe use of architectural structures has grown significantly in recent years because of the considerable benefits they offer. Many studies have highlighted the good properties provided by these materials. This study presents the characterization of the vibration behavior of an eco-composite sandwich structure with auxetic core. The skins, the core and the sandwich are made from the same bio-based material, it is the polylactic acid reinforced with flax fibers (PFF). The material is made using the 3d printing technique. Experimental tests were performed on different types of beams using the clamped-free configuration. At first, the damping properties of the skins ...
The damping property of sandwich structures is vital for the structural design since it influences t...
Cette thèse porte sur l’étude du comportement mécanique et vibratoire d’un composite biosourcé incor...
Suhr, JonghwanSandwich structures are utilized in many applications for their superior mechanical pe...
International audienceThe use of architectural structures has grown significantly in recent...
Bio-based composites appear to be very promising alternatives to traditional composites. The use of ...
This paper describes the flexural vibration and damping performances of an eco-composite sandwich st...
This paper presents the results of experimental and numerical analyses of the flexural vibration beh...
Les éco-composites s'imposent progressivement comme une alternative à certains matériaux classiques....
Durant ces dernières années, les matériaux composites bio sourcés sont utilisés dans différents sect...
National audienceIn this paper, we present the mechanical and dynamic properties of an eco-sandwich ...
The aim of this paper is the fabrication and vibration testing of a sandwich structure including a n...
International audienceIn recent years, material scientists have been focusing on the utilization of ...
The aim is the fabrication and mechanical testing of sandwich structures including a new core materi...
The recent interest in new lightweight materials has driven research into the use of sandwich panels...
This paper presents the results of several experimental analyses performed on a biobased sandwich st...
The damping property of sandwich structures is vital for the structural design since it influences t...
Cette thèse porte sur l’étude du comportement mécanique et vibratoire d’un composite biosourcé incor...
Suhr, JonghwanSandwich structures are utilized in many applications for their superior mechanical pe...
International audienceThe use of architectural structures has grown significantly in recent...
Bio-based composites appear to be very promising alternatives to traditional composites. The use of ...
This paper describes the flexural vibration and damping performances of an eco-composite sandwich st...
This paper presents the results of experimental and numerical analyses of the flexural vibration beh...
Les éco-composites s'imposent progressivement comme une alternative à certains matériaux classiques....
Durant ces dernières années, les matériaux composites bio sourcés sont utilisés dans différents sect...
National audienceIn this paper, we present the mechanical and dynamic properties of an eco-sandwich ...
The aim of this paper is the fabrication and vibration testing of a sandwich structure including a n...
International audienceIn recent years, material scientists have been focusing on the utilization of ...
The aim is the fabrication and mechanical testing of sandwich structures including a new core materi...
The recent interest in new lightweight materials has driven research into the use of sandwich panels...
This paper presents the results of several experimental analyses performed on a biobased sandwich st...
The damping property of sandwich structures is vital for the structural design since it influences t...
Cette thèse porte sur l’étude du comportement mécanique et vibratoire d’un composite biosourcé incor...
Suhr, JonghwanSandwich structures are utilized in many applications for their superior mechanical pe...