This study presents a structural and functional analysis of the wing bending and folding mechanism of a selected beetle species. Insect motility studies, with regard to the anatomical structure, were performed. The main inner wing structures were highlighted and their mechanical properties and functions were determined. The structure parameters as mechanisms bodies that allow wings of various beetle species to bend and fold were defined
The diving beetles (Dytiscidae, Coleoptera) are families of water beetles. When they see light, they...
In flying organisms, wing shape and biomechanical properties are recognized as key traits related to...
Intraspecific variation in adult body mass can be particularly high in some insect species, mandatin...
This study presents the structure and functions of flying wings in beetles (Coloptera). Structural a...
Abstract: Insects are among nature’s most nimble flyers. In this paper we present the functional and...
Insects are among nature’s most nimble flyers. In this paper we present the functional and structura...
Insects are among nature’s most nimble flyers. In this paper we present the functional and structura...
In order to improve the flight performance of collapsible aircrafts, a novel mechanism of bionic fol...
The success of beetles is mainly attributed to the possibility to hide the hindwings under the scler...
Research data of the microstructure and surface morphology of insect wings have been used to help de...
Animal fly ability is undoubtedly one of the biggest innovation in evolution that allow animals to s...
Insects fold their hind wings because of quite simple reasons. With fl exed and folded wings, it is ...
In most beetles, the hind wings are thin and fragile; when at rest, they are held over the back of t...
The morphology, kinematics and deformation of wings, and the vortex-formation of the insects during ...
Abstract Background Insect wings are an excessively diverse structures, which have fascinated scient...
The diving beetles (Dytiscidae, Coleoptera) are families of water beetles. When they see light, they...
In flying organisms, wing shape and biomechanical properties are recognized as key traits related to...
Intraspecific variation in adult body mass can be particularly high in some insect species, mandatin...
This study presents the structure and functions of flying wings in beetles (Coloptera). Structural a...
Abstract: Insects are among nature’s most nimble flyers. In this paper we present the functional and...
Insects are among nature’s most nimble flyers. In this paper we present the functional and structura...
Insects are among nature’s most nimble flyers. In this paper we present the functional and structura...
In order to improve the flight performance of collapsible aircrafts, a novel mechanism of bionic fol...
The success of beetles is mainly attributed to the possibility to hide the hindwings under the scler...
Research data of the microstructure and surface morphology of insect wings have been used to help de...
Animal fly ability is undoubtedly one of the biggest innovation in evolution that allow animals to s...
Insects fold their hind wings because of quite simple reasons. With fl exed and folded wings, it is ...
In most beetles, the hind wings are thin and fragile; when at rest, they are held over the back of t...
The morphology, kinematics and deformation of wings, and the vortex-formation of the insects during ...
Abstract Background Insect wings are an excessively diverse structures, which have fascinated scient...
The diving beetles (Dytiscidae, Coleoptera) are families of water beetles. When they see light, they...
In flying organisms, wing shape and biomechanical properties are recognized as key traits related to...
Intraspecific variation in adult body mass can be particularly high in some insect species, mandatin...