Given at 5300 hrs and 857 mm in length. Tensile stress is 3500 Pa, and the steady-slate elongation is Als = slo - (5.3x153) (857) Als 4.54 mm from the graph at 35 MPa and 538°cas.
Here, the slangation is gla slit oli 4.54 mm + 1.2 mm. Tensile stress is 30 200 20 100 410 8 U27 (800°F) 80
A material's deformation before it eventually breaks when subjected to a tensile load is measured by its elongation. The material maintains a constant volume while the length increases and the cross-sectional area decreases uniformly as the latter is applied.
The length at its breaking point, expressed as a percentage of its initial length (or length at rest), is what is known as elongation. The rubber's elongation percentage is 100 percent if it reaches twice its length before breaking.
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