Übersetzung für "Lateral strength" in Deutsch

A perforated nonwoven of this kind has sharply delimited holes but little lateral strength.

Lateral compressive strength and abrasion are shown in Table 1.

The hafnium improves the lateral strength in particular.

The average lateral compressive strength was then determined from 50 individual measurements.

The lateral compressive strength of the individual shaped catalyst bodies corresponds to the maximum force applied.

The lateral compressive strength of the individual hollow cylinder corresponds to the maximum force applied.

The force recorded on fracture is the lateral compressive strength.

Locking-and-closing elements 6 are of U-shaped cross-section, which increases the lateral compressional strength of the tube.

After calcination, the support has a mean lateral crush strength of 150 N/4.5 mm.

The decrease in loss of lateral crushing strength caused by the addition of magnesium oxide is clearly evident from the table.

The lateral compressive strength and the abrasion in the oxidic and reduced states are shown in Table 1.

Object of the Invention The invention thus arms to solve the problem to optimize the lateral impact strength and stiffness of vehicle doors.

A clearly lower breaking length ratio and thus a higher lateral strength can be achieved with short nozzles.

The middle layer produced to be more turbulent keeps the entire length/width ratio low and ensures a high lateral strength.

The invention thus arms to solve the problem to optimize the lateral impact strength and stiffness of vehicle doors.

An examination would be carried out under Common Safety Methods (CSM) to determine whether a side concrete layer on both sides of the structure would create additional lateral strength by the end of July 2015.

The production of a catalyst with increased lateral compressive strength (15 kg/tablet) of the compacts requires the application of higher crushing pressures.

Another solution of the strength problem offers itself in the addition of various components which are able to increase the lateral crushing strength of the iron oxide-chromium oxide catalysts or respectively to prevent its rapid decline.

In the case of the latter, the ratio between the lateral bending strength and that in the deflection direction must be greater, as a consequence of which a thinner, and hence more sensitive ceramic is necessary which makes a higher quality of the ceramic and more careful processing necessary.

After drying for several hours at 100° C., the TiO2 mass is comminuted, mixed with aluminum stearate as a tableting agent and pressed into cylindrical tablets (diameter=height=4.5 mm), the lateral crush strength of which is 50-85 N/4.5 mm.

The calcined catalyst mass is sieved-granulated at a mesh width of 1 mm and pressed into cylindrical pellets (diameter 4.5 mm, height 4.5 mm) with addition of 2% synthetic graphite at an average lateral crush strength of 80N.

Glass fibers are particularly suitable as the material of the tension rod, because the lateral compressive strength is relatively high, as compared to other fibers.

Mechanical strength is generally understood to mean the lateral crushing strength (LSC), which is measured on catalyst tablets.

It is also possible to use locking-and-closing elements with a U-shaped radial configuration, to improve the lateral compressive strength of the tube.

This characteristic and the very low lateral compression strength, as compared to their strength in the elongated direction of the fibers, has prevented the previously known anchoring arrangements from being utilized in construction.

Particularly in the case of catalysts in tablet form, this hardness after removal (lateral compressive strength/end face compressive strength) is often only a fraction of the initial hardness measured when the catalyst is still in oxide form.

The mechanical stability of solid-state catalysts and specifically the catalysts of the present invention is described by the parameters abrasion and lateral compressive strength.