Mechanical properties of two different types of silkworm silk fibers under three conditions: (i) Bombyx mori; (ii) twisted Bombyx mori; and (iii) Tussah silk fibers were under investigations. The values of ultimate tensile strength, elongation at break and Young's modulus were examined by performing tensile test on single bave. Scanning electron microscopy (SEM) was used to observe the morphologies of the two different types of silk fibers, and measure their general diameters so as to determine the cross-sectional area of the two different types of silk fibers and convert the experimental load-extension data into stress-strain data accordingly
Spider silk is a natural material that has unique mechanical properties. These include high mechanic...
As spun silkworm (Bombyx mori) silk fibers were compared in terms of their tensile behavior and micr...
International audienceThe causes of the variability in mechanical behaviour of various silks obtaine...
Mechanical properties of Bombyx mori, twisted B. mori, and Tussah silk fibers were investigated. Th...
Silk fibres attract great interest in materials science for their biological and mechanical properti...
Transgenic silkworm silk was created to obtain the quality of spider silk while being mass-producibl...
Silk's well-defined response to environmental conditions makes it a useful candidate to investigate ...
A rather extensive review of various subjects related to this experimental study has been given in e...
An investigation is presented of the fracture surfaces of three different silks produced by two silk...
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...
Silk fibres from different components of the Antheraea pernyi silkworm cocoon, namely peduncle, oute...
During recent years, spider silk has attracted the interest of a lot of scientists because spider si...
Spider silks have been shown to have impressive mechanical properties. In order to assess the effect...
Spider silks with load-bearing function have been studied extensively, but non-load bearing silks, s...
Spider silk is a natural material that has unique mechanical properties. These include high mechanic...
As spun silkworm (Bombyx mori) silk fibers were compared in terms of their tensile behavior and micr...
International audienceThe causes of the variability in mechanical behaviour of various silks obtaine...
Mechanical properties of Bombyx mori, twisted B. mori, and Tussah silk fibers were investigated. Th...
Silk fibres attract great interest in materials science for their biological and mechanical properti...
Transgenic silkworm silk was created to obtain the quality of spider silk while being mass-producibl...
Silk's well-defined response to environmental conditions makes it a useful candidate to investigate ...
A rather extensive review of various subjects related to this experimental study has been given in e...
An investigation is presented of the fracture surfaces of three different silks produced by two silk...
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...
Silk fibres from different components of the Antheraea pernyi silkworm cocoon, namely peduncle, oute...
During recent years, spider silk has attracted the interest of a lot of scientists because spider si...
Spider silks have been shown to have impressive mechanical properties. In order to assess the effect...
Spider silks with load-bearing function have been studied extensively, but non-load bearing silks, s...
Spider silk is a natural material that has unique mechanical properties. These include high mechanic...
As spun silkworm (Bombyx mori) silk fibers were compared in terms of their tensile behavior and micr...
International audienceThe causes of the variability in mechanical behaviour of various silks obtaine...