Übersetzung für "Spannungs-dehnungs-diagramm" in Englisch

The characteristic values may be ascertained from the stress-strain graph (SSG).

The result is a characteristic of the material stress-strain diagram.

For an authentic display of the material behavior, you can also define a stress-strain Diagram (see Figure 4.44).

In the preferred form of the present method, sheet is formed of a metal having a stress-strain diagram in which the stress at the flow-limit is a multiple of the change in stress in that part of the plastic range lying within the range of uniform elongation, and that electrodes are pressed toward each other so forcefully prior to switching on the welding-current that the folded-over margin is loaded beyond the flow limit of the sheet-metal and undergoes such a further deformation that, within the essentially even distribution of pressure along the abutting-surface, only very slight pressure-fluctuations occur. Moreover, these pressure-fluctuations have a ratio to the mean bearing-pressure of less than the ratio of the above changes of stress in the plastic range to the stress at the flow-limit.

The measuring strips are now immediately placed in a tension testing machine and the tensionstrain testing is started. The data provided can then be charted to provide a stress-strain curve which can then be evaluated.

In the preferred form of the present method, sheet is formed of a metal having a stress-strain diagram in which the stress at the flow-limit is a multiple of the change in stress in that part of the plastic range lying within the range of uniform elongation, and that electrodes are pressed toward each other so forcefully prior to switching on the welding-current that the folded-over margin is loaded beyond the flow limit of the sheet-metal and undergoes such a further deformation that, within the essentially even distribution of pressure along the abutting-surface, only very slight pressure-fluctuations occur. Moreover, these pressure-fluctuations have a ratio to the mean bearing-pressure of less than the ratio of the above changes of stress in the plastic range to the stress at the flow-limit.

Diagram 78 shows the tangential stress, calculated from the internal pressure, versus pipe circumference expansion, as a stress-expansion diagram.

At the welding position the electrode wire 2 heats substantially less than a directly flat roll wire because of its essentially smaller thickness in comparison to a directly flat rolled wire and the corresponding lower ohmic resistance to the conduction of welding current, and because of this lower heating there results, additionally to the enlargement of the safety gap between the work point and the elastic limit in the stress-strain diagram of the electrode wire achieved by the increase of the wire strength at the elastic limit, a further enlargement of this safety gap and therewith from the above mentioned grounds a further increase in the operating safety or a still more uncritical adjustment of the operating data.

Materials that have a plateau stress are distinguished in that these materials have an essentially horizontal-running stress plateau in the stress-strain diagram, which depicts the length modification (expansion) of a material depending on a tractive force (tractive stress) that attacks the material.

After the measurement, the material test stand provides detailed results, which are shown in the software, e.g. as a stress-strain diagram.

New Quick3 View of WST1 includes stress-strain diagram, Smith diagrams tension/pressure, bending and torsion, Haigh diagram, Goodman diagram, tensile strength diagram and yield point diagram on one screen.

After the measurement, the material test stand provides detailed results, which are shown in the software, e.g. as a stress-strain diagram.

After the measurement, the material test stand provides detailed results, which are shown in the software, e.g. as a stress-strain diagram.

In relation to a stress-strain diagram, the tensile rigidity corresponds to the functional correlation between stress and strain, while the tensile strength only represents a maximum value.

The deformation portion, in particular the one or more cheek parts, can be formed from a material which is more elastic in accordance with its stress/strain graph, i.e., has a lower modulus of elasticity compared with the material from which the basic portion, in particular the basic frame, is formed.

Furthermore, the material from which the deformation portion is formed, in accordance with the stress/strain graph thereof, can have a greater elastic range compared with the material from which the basic portion is formed.

One such metal alloy can also be characterized by so-called “superelasticity,” i.e., the transmitted force remains, as follows from the stress-strain diagram of FIG.

The high yield ratio means that there is a sharp kink in the stress strain diagram in the transition portion between the linear elastic portion (Hooke's straight line) and the plastic portion.

This means that the plateau in the stress strain diagram is comparatively long and thus multiple tightening operations of the screw joint above the yield point are possible without constriction and failure of the screw.

When the strain is further increased after the complete transformation into martensite, a second proportional range in the stress-strain diagram is reached until eventually the yield strength YS and the ultimate tensile strength UTS are reached.

WST1 creates a tension-elongation diagram in relation to material type, tensile strength, yield point, elasticity modulus and elongation after fracture.

After the measurement, the material test stand provides detailed results, which are shown in the software, e.g. as a stress-strain diagram.

After the measurement, the material test stand provides detailed results, which are shown in the software, e.g. as a stress-strain diagram.

Young's modulus is usually determined from a stress-strain-curve created in a testing machine under quasi-static conditions - i.e. with (very) small strain rates.

After the measurement, the material test stand provides detailed results, which are shown in the software, e.g. as a stress-strain diagram.

After the measurement, the material test stand provides detailed results, which are shown in the software, e.g. as a stress-strain diagram.

Elongation at fracture (A5) had been added in the mat_bolt database with bolt materials. Elongation at fracture together with modulus of elasticity, tensile strength and yield point can be used to design a stress-elongation diagram for the bolt material.

By way of example, the material of the basic frame can have a modulus of elasticity, in accordance with its stress/strain graph, which is greater than the modulus of elasticity of the material from which the cheek parts are formed.