Examples of 'tensile elongation' in a sentence
Meaning of "tensile elongation"
tensile elongation: This phrase is used in the context of material science or engineering to describe the percentage increase in length of a material under tension before it breaks or fails
How to use "tensile elongation" in a sentence
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tensile elongation
This ensures sufficient tensile elongation percentage.
Tensile elongation at break of film.
Toughness here is represented by tensile elongation.
It will also render the tensile elongation values substantially constant.
Tensile elongation of the foam body in the extrusion direction in percent.
Measurement of tensile elongation at break.
The die extruded samples were also tested for tensile elongation.
These grooves enhance the tensile elongation performance of the connection.
The tensile elongation of a cured resin is obtained by the following tension test.
The film has better weatherability when it shows a larger retention of tensile elongation.
Color and tensile elongation of the finally obtained test piece were measured.
The mechanical toughness can be conveniently evaluated using a standard tensile elongation test.
The bulk tensile elongation of these compositions is largely reversible even at low test temperatures.
The second is associated with both lowered heat resistance and lowered tensile elongation.
Room temperature tensile elongation after long term exposure to hot water without stress.
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The resulting blend was ductile and had high impact and tensile strengths and tensile elongation.
The blend provides for outstanding retention of tensile elongation after prolonged exposure to hot water.
In addition, the cured material has good weather resistance, transparency and tensile elongation.
At this point, the tensile elongation begins to increase.
As a result, the composition has low tensile elongation.
The retention of the tensile elongation was calculated using the following equation ( 8 ).
Measurement of tensile breaking strength and tensile elongation at break,.
The ductility as measured by tensile elongation decreases gradually but does not fall below 10 %.
Generally . an elastic material has some degree of tensile elongation ratio.
FIG . 8 shows tensile elongation of reactor blends of the present invention.
Further, the foams have high tensile strength and high tensile elongation at break.
The tensile elongation was measured in accordance with the test method described in JIS Z2241.
The strain gage was used to determine the tensile elongation ( flexibility ) of the coating layers.
The compositions are characterized by good impact strength, low gloss and high tensile elongation.
High strength carbon fiber with a tensile elongation of at least 1.5 % is preferably used.
The resulting foamed products are said to be flexible and / or have improved tensile elongation properties.
The tensile strength and tensile elongation were measured according to ASTM D638.
Furthermore, the higher tensile strength is favorable and the larger tensile elongation is favorable.
TE stands for tensile elongation at break reported in percent and measured according to ASTM D638 ;.
Furthermore, these compositions surprisingly maintain the high tensile elongation values after being heat-aged.
Tensile elongation of the extruded sample was 36 %.
The higher the measured values, the better the breaking strength and the tensile elongation.
A similar effect is also observed for % tensile elongation after exposure to solvent ( ESCR ).
Additionally, the d / l-a-tocopherol concentration had a significant impact on ultimate tensile elongation.
Tensile test The tensile strength and tensile elongation were determined according to ASTM D-638.
Like a HDPE resin, the blend developed necking during the tensile elongation tests.
Tensile elongation remains relatively constant until 25 % of amidoamine having 35 % polyether is incorporated.
Each of the porous membranes had an excellent tensile elongation at break . Example 5.
The tensile elongation of the cured resin product was 4.4 %, which was a sufficiently high value.
The films have been tested for film thickness, gloss at 60 degrees, and tensile elongation.
Tensile elongation at break ( Eb ).
In contrast, Comparative Example 2 exhibited a maximum of about 4 % uniaxial tensile elongation.
Tensile yield, tensile break and tensile elongation were determined according to ASTM D-638.
Tensile elongation to break is measured in accordance with ASTM D 638 with results reported in percent, %.
The tensile elongation ( % ) of the obtained test specimen is measured in accordance with the ASTM D638.
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