Silkworm cocoon material is a natural composite consisting of silk fibres and sericin glues. Both domestic and wild silkworms produce cocoons but with different functionality – one selected by man for textile manufacture whereas the other selected by Nature to provide damage-tolerant housing. To understand the structure-–property relationship of cocoons, we evaluated and compared the microstructure and mechanical properties of two representative cocoon walls. It appears that a “brittle and weak” composite is produced by domesti
Mechanical properties of Bombyx mori, twisted B. mori, and Tussah silk fibers were investigated. Th...
Natural silks as important biomaterials have wide applications in scaffolds for tissues, biocompatib...
Silkworm silk has excellent mechanical properties, biocompatibility, and promising applications in t...
Silkworm cocoon material is a natural composite consisting of silk fibres and sericin glues. Both do...
As a unique and important biopolymer composite, silkworm cocoons have evolved a wide range of differ...
This thesis looks at the engineering aspects of silkworm cocoons as a structural biological composit...
Silk fibres from different components of the Antheraea pernyi silkworm cocoon, namely peduncle, oute...
In this study, using round paper tubes (PTs) and rectangular cardboard boxes (CBs) as external const...
Published studies of silks focus on processed fibres or the optimum conditions for their production....
Silkworm cocoons are biological composite structures protecting the silkworms against environmental ...
ABSTR ACT: Silk cocoon nests, as well as the fiber structure, compositions, and properties of the Af...
The main aim of this work is to understand the structureproperty-function relationship of the natura...
Silkworm silk has attracted considerable attention in recent years due to its excellent mechanical p...
Evolved over millions of years’ natural selection, very thin and lightweight wild silkwo...
As spun silkworm (Bombyx mori) silk fibers were compared in terms of their tensile behavior and micr...
Mechanical properties of Bombyx mori, twisted B. mori, and Tussah silk fibers were investigated. Th...
Natural silks as important biomaterials have wide applications in scaffolds for tissues, biocompatib...
Silkworm silk has excellent mechanical properties, biocompatibility, and promising applications in t...
Silkworm cocoon material is a natural composite consisting of silk fibres and sericin glues. Both do...
As a unique and important biopolymer composite, silkworm cocoons have evolved a wide range of differ...
This thesis looks at the engineering aspects of silkworm cocoons as a structural biological composit...
Silk fibres from different components of the Antheraea pernyi silkworm cocoon, namely peduncle, oute...
In this study, using round paper tubes (PTs) and rectangular cardboard boxes (CBs) as external const...
Published studies of silks focus on processed fibres or the optimum conditions for their production....
Silkworm cocoons are biological composite structures protecting the silkworms against environmental ...
ABSTR ACT: Silk cocoon nests, as well as the fiber structure, compositions, and properties of the Af...
The main aim of this work is to understand the structureproperty-function relationship of the natura...
Silkworm silk has attracted considerable attention in recent years due to its excellent mechanical p...
Evolved over millions of years’ natural selection, very thin and lightweight wild silkwo...
As spun silkworm (Bombyx mori) silk fibers were compared in terms of their tensile behavior and micr...
Mechanical properties of Bombyx mori, twisted B. mori, and Tussah silk fibers were investigated. Th...
Natural silks as important biomaterials have wide applications in scaffolds for tissues, biocompatib...
Silkworm silk has excellent mechanical properties, biocompatibility, and promising applications in t...