the following figure shows the tensile stress–strain curve for a plain-carbon steel.

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The tensile stress–strain curve is the graph of the force vs. time curve. It shows how the stress of a material changes over time. The figure below shows the stress-strain curve for both a plain-carbon steel and a carbon steel with a stress-tension balance.

The tensile stress-strain curve is the graph of the stress-strain curve. It shows how the stress of a material changes over time. The figure below shows the stress–strain curve for a carbon steel with a stress-tension balance.

Basically, the tensile stress-strain curve is the graph of the stress-strain curve. It shows how the stress of a material changes over time. The figure below shows the stress-strain curve for a plain-carbon steel.

The graph above is a more graphical representation of the stress-strain curve, but you can see the same pattern when it is plotted on a coordinate system. In the first graph, the line has been drawn from the origin, and in the second, the line is drawn from point 1, which is a point on the stress-strain curve.

the stress-strain curve is a graph that plots the relationship between stress and strain. If you understand the graph, you can use it to find stress and strain.

In this graph, you can see that the stress-strain curve tends to be a straight line, but there is a “kink” along the end of the curve, and when that happens, the curve bends and the tension increases. This effect is called “tensile stress” or “tensile strain” in the graph.

The graph shows that the stress and strain of a material tend to increase in the direction of the curve. The curve is called tensile stress or tensile strain in the graph. This graph shows that the stress and strain of a material tend to increase in the direction of the curve.

This effect is not a new one. The graph shows that the stress and strain of a material tend to increase in the direction of the curve. The curve is called tensile stress or tensile strain in the graph. This graph shows that the stress and strain of a material tend to increase in the direction of the curve.

The curve is called stress stress or stress curve in the graph.

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