Add to ORKGwhich permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. The vibration band gaps in the phononic crystal (PC) Euler beam on two-parameter foundation are investigated theoretically by the combination of the transfer matrix (TM) method and Bloch theorem. Compared with the Winkler foundation with only the foundation reaction modulu
Using the finite element method, we theoretically study the vibration properties of radial phononic ...
International audienceThe diffraction of elastic waves on a two-dimensional finite phononic crystal ...
International audienceIn this paper, we prove theoretically and experimentally the existence of comp...
Low-frequency flexural vibration plays a significant role in beam vibration control. To efficiently ...
<div><p>We investigate theoretically and experimentally the forced response of flexural waves propag...
International audienceA new phononic crystal model is proposed to isolate vibration. Propagation of ...
Phononic crystals and elastic metamaterials are artificially engineered periodic structures that hav...
Phononic crystals (PCs) are multi-layered materials with functional elastic wave band gaps where pro...
ABSTRACT The flexural vibration band gaps in one-dimensional periodic sandwich beams with auxetic co...
International audienceWe propose a new type of phononic crystal (PnC) composed of a periodic alterna...
This paper discusses the construction of a model of phononic crystals and the calculation of the ban...
Phononic band gap crystals (PnCs) are periodic composite materials and well known for their novel pr...
Existing investigations on imperfect phononic crystal beams mainly concern periodic multi-span beams...
International audienceIn this paper, the interplay of Bragg scattering and local resonance is theore...
International audiencePhononic crystals are two- or three-dimensional periodic structures that are c...
Using the finite element method, we theoretically study the vibration properties of radial phononic ...
International audienceThe diffraction of elastic waves on a two-dimensional finite phononic crystal ...
International audienceIn this paper, we prove theoretically and experimentally the existence of comp...
Low-frequency flexural vibration plays a significant role in beam vibration control. To efficiently ...
<div><p>We investigate theoretically and experimentally the forced response of flexural waves propag...
International audienceA new phononic crystal model is proposed to isolate vibration. Propagation of ...
Phononic crystals and elastic metamaterials are artificially engineered periodic structures that hav...
Phononic crystals (PCs) are multi-layered materials with functional elastic wave band gaps where pro...
ABSTRACT The flexural vibration band gaps in one-dimensional periodic sandwich beams with auxetic co...
International audienceWe propose a new type of phononic crystal (PnC) composed of a periodic alterna...
This paper discusses the construction of a model of phononic crystals and the calculation of the ban...
Phononic band gap crystals (PnCs) are periodic composite materials and well known for their novel pr...
Existing investigations on imperfect phononic crystal beams mainly concern periodic multi-span beams...
International audienceIn this paper, the interplay of Bragg scattering and local resonance is theore...
International audiencePhononic crystals are two- or three-dimensional periodic structures that are c...
Using the finite element method, we theoretically study the vibration properties of radial phononic ...
International audienceThe diffraction of elastic waves on a two-dimensional finite phononic crystal ...
International audienceIn this paper, we prove theoretically and experimentally the existence of comp...