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The influence of temperature on the room temperature strength of E-glass rods was studied. Groups of rods were heated in air at various temperatures in the range from 160°F to 1100°F. The strength versus temperature relation was found to be qualitatively similar to that determined for E-glass fibres. Light and Electron Micrographs were made of the rod surface after various treatments. It is suggested that the most likely reason for the strength decrease, observed after heating, is an ordering or devitrification at the rod surface.U.S. Naval Research Laboratory, Contract No. Nonr 2947 (02) (x), NRL Project 62 R05 19
A TMA procedure has been developed with the capability of probing the thermal behaviour of glass fib...
A major characteristic related to the structural strength of fibreglass is its tensile strength. The...
Single fibre tensile testing of thermally conditioned water sized and γ – aminopropyltriethoxysilane...
The influence of temperature on the room temperature strength of glass fibres was studied. Samples o...
The results of a study on the properties of glass fibres after thermal conditioning at typical engin...
The results of a study on the properties of glass fibres after thermal conditioning at typical engin...
Single fibre tensile testing of thermally conditioned water sized and γ – aminopropyltriethoxysilane...
A number of analytical techniques were applied to investigate changes to the surface of unsized boro...
A number of analytical techniques were applied to investigate changes to the surface of unsized boro...
This investigation was undertaken to study corrosion of soda-lime glass rods by water vapor and the ...
Results are presented on E-glass fibre properties after thermal conditioning up to 600°C. Thermal co...
The object of research is the ultimate bending strength of float glass sheet 4 mm thick. The paper c...
The study reported the mechanical properties of glass fibres conditioned at typical temperatures for...
The tensile strength of single water-sized E-glass fibres that were thermally conditioned, either in...
A TMA procedure has been developed with the capability of probing the thermal behaviour of glass fib...
A TMA procedure has been developed with the capability of probing the thermal behaviour of glass fib...
A major characteristic related to the structural strength of fibreglass is its tensile strength. The...
Single fibre tensile testing of thermally conditioned water sized and γ – aminopropyltriethoxysilane...
The influence of temperature on the room temperature strength of glass fibres was studied. Samples o...
The results of a study on the properties of glass fibres after thermal conditioning at typical engin...
The results of a study on the properties of glass fibres after thermal conditioning at typical engin...
Single fibre tensile testing of thermally conditioned water sized and γ – aminopropyltriethoxysilane...
A number of analytical techniques were applied to investigate changes to the surface of unsized boro...
A number of analytical techniques were applied to investigate changes to the surface of unsized boro...
This investigation was undertaken to study corrosion of soda-lime glass rods by water vapor and the ...
Results are presented on E-glass fibre properties after thermal conditioning up to 600°C. Thermal co...
The object of research is the ultimate bending strength of float glass sheet 4 mm thick. The paper c...
The study reported the mechanical properties of glass fibres conditioned at typical temperatures for...
The tensile strength of single water-sized E-glass fibres that were thermally conditioned, either in...
A TMA procedure has been developed with the capability of probing the thermal behaviour of glass fib...
A TMA procedure has been developed with the capability of probing the thermal behaviour of glass fib...
A major characteristic related to the structural strength of fibreglass is its tensile strength. The...
Single fibre tensile testing of thermally conditioned water sized and γ – aminopropyltriethoxysilane...
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