Add to ORKGLocal anisotropies in polymer parts result from orientation effects of molecular chains, short fibers, or imbedded particles. These anisotropies determine the mechanical behaviour of the materials for different directions [1]. In the case of fiber reinforced polymers the strength depends on fiber orientation with respect to the applied stres
The literature methods for the determination of the mean of the crystallite orientation distribution...
An experimental study was conducted to investigate anisotropy effects on tensile properties of two s...
Composites are a material class for which nondestructive material property characterization is as im...
Local anisotropies in polymer parts result from orientation effects of molecular chains, short fiber...
The fibre orientation distribution in a material sample extracted from an injection moulded plate, d...
In components of short glass fibre reinforced polymer obtained by injection moulding, processing con...
Mechanical anisotropy and sonic pulse detection of molecular orientation in polymeric film
Molecular orientation and mechanical isotropy in polyethylene, polypropylene, and polyethylene terep...
The fibre orientation distribution in a material sample extracted from an injection moulded plate, d...
Short fiber reinforced thermoplastics show distinct anisotropic behaviors due to their microstructur...
Molecular orientation can determine the final properties in polymer parts during processing: in opto...
A material may appear homogeneous and anisotropic when the scale of its fabric is smaller than the w...
Anisotropy is a term used to indicate the directional dependence of a biological, chemical, geometri...
Optimizing the mechanical properties of composites through microstructural design has been a long-st...
For the properties of polymer are relative to its structure, the main purpose of the present work is...
The literature methods for the determination of the mean of the crystallite orientation distribution...
An experimental study was conducted to investigate anisotropy effects on tensile properties of two s...
Composites are a material class for which nondestructive material property characterization is as im...
Local anisotropies in polymer parts result from orientation effects of molecular chains, short fiber...
The fibre orientation distribution in a material sample extracted from an injection moulded plate, d...
In components of short glass fibre reinforced polymer obtained by injection moulding, processing con...
Mechanical anisotropy and sonic pulse detection of molecular orientation in polymeric film
Molecular orientation and mechanical isotropy in polyethylene, polypropylene, and polyethylene terep...
The fibre orientation distribution in a material sample extracted from an injection moulded plate, d...
Short fiber reinforced thermoplastics show distinct anisotropic behaviors due to their microstructur...
Molecular orientation can determine the final properties in polymer parts during processing: in opto...
A material may appear homogeneous and anisotropic when the scale of its fabric is smaller than the w...
Anisotropy is a term used to indicate the directional dependence of a biological, chemical, geometri...
Optimizing the mechanical properties of composites through microstructural design has been a long-st...
For the properties of polymer are relative to its structure, the main purpose of the present work is...
The literature methods for the determination of the mean of the crystallite orientation distribution...
An experimental study was conducted to investigate anisotropy effects on tensile properties of two s...
Composites are a material class for which nondestructive material property characterization is as im...